Faith and Science

Teach Science—Not Evolutionary Theory



Scientific literacy is an essential goal of general education. Before science is taught educators must understand what science is, so that theory, ideology and metascience, posing as scientific facts, are not taught as science. Yet teaching metaphysics is promoted with the argument that “Evolution should be a recurrent theme throughout biology courses.” Only scientific facts prepare students to think carefully, critically, and for themselves. Without facts students have nothing but common sense to evaluate science’s theoretical concepts. Darwinism and Synthetic Theory are not facts. They must not be taught as scientific facts in pre-college school curricula. The greatest threat to evolutionary ideologies is change by inheritance of acquired characteristics. Scientific facts now show that biological life can insure survival by adapting to its environment with newly-acquired characteristics. Acquired characteristics are imbedded in germline DNA and epigenetic DNA alterations for transmission to subsequent generations. The alterations are responses to environmental influences that include nutrient availability and exposure to chemicals. Conscious activities can also alter human DNA to produce controlled mutations whereby humans can co-create themselves. Co-creative changes can be initiated by activation of immediate early genes. Mutations can also be determined by rates of DNA damage and repair, some of which humans can control. Epigenetic alterations of DNA can be inherited adaptive determinants of responses to the environment. Scientific literacy’s goal must be to teach practical science that is essential to creating and maintaining a healthy existence which is based on living in a nature that is cooperative and not competitive. That goal is not possible by teaching metaphysics and ideologies. Pre-college curricula allot insufficient time for teaching a basic foundation of essential facts. Incomplete understanding of scientific core knowledge leaves students unprepared to think critically for evaluating any conceptual ideas. If pre-college education cannot make students scientifically literate, they must not be taught forms of metaphysics they are unprepared to understand. Only practical science, not any theoretical concepts, can provide the knowledge to improve human health, welfare and nutrition, to maintain reverence for Creation’s goodness, and to be the responsible stewards God enables us to be.



Achievements in science and technology have improved human existence over the last few centuries. Their results have increased life expectancy, reduced human suffering from disease and conditions of poverty, and continue to improve peoples’ quality of life. Science and technology promise much more for the future. Many different ideologies and their promises for peoples’ improvement have come and gone since human history began. Few have delivered on their promises and most have left the human condition worse. Evolutionary theory appeared over the last two centuries and has made claims for being science, a fact, a certainty, and truth. This theory is given importance of a science with the promise to improve the human existence (Figure 1). But is evolutionary theory able to improve the human condition in any way? If this is not possible, can it be justified to teach evolutionary theory as science and to devote the time that should be used for preparing citizens to understand how science and technology benefit their existence?


Text Box: Figure 1. Human beings seek information from the tree of knowledge to improve their existence



Goals of Education


For practical reasons education is essential and in most places mandatory. A society is hardly able to survive and thrive without its people being at least minimally educated.


Access to timely, accurate, and diverse sources of knowledge is a major foundation of human development. Education in primary schools, vocational training, or community institutions is essential to stimulate economic growth, slow population growth, build strong communities, and encourage democracy. A society’s level of technical knowledge and informational technology determines, in part, its ability to prosper in an increasingly complex and interconnected world.1


Research supports these benefits of education.2 Greater educational opportunities enable individuals to improve their economic circumstances. Individual incomes increase, income inequality diminishes, and overall poverty decreases. These benefits cannot be achieved where illiteracy is an important problem. Illiteracy also contributes to poor health because individuals are unable to make informed health choices with which they can maximize the potential for a long life, reduce infant and child mortality, and choose optimal nutrition and life style for a healthy life.


Primary education

Primary education’s goal up to grades 5 or 6 is to teach literacy and numeracy. This goal is world-wide; the United Nations literacy’s goal is the ability to read and write simple statements in one or more languages.3 However, this minimum requirement does little to make an individual literate. In the U.S.A. a national independent group states that 90 million people are either illiterate or “functionally” illiterate.4 That represents one-third of the population who lack skills for making informed decisions on all kinds of daily matters. It is not surprising that many individuals are unable to read and understand instructions and information on product labels and operating manuals and even on following an election’s voting procedures. Illiterate and functionally illiterate individuals must rely on what someone tells them. They have inadequate ability to seek and understand information so they can distinguish facts from ideas or opinions. With failures in achieving the goals of primary education, it is difficult to continue any education that depends on literacy and numeracy. Individuals remain handicapped in their ability to seek and acquire information that enables them to make informed conclusions; they become easy victims for believing destructive ideas and opinions.


Primary-Secondary education

The goal of education beyond grades 5 or 6 through grade 12 is to prepare students for continuing education in a college or university and to continue teaching life skills for those who choose no further academic education.


Post-Secondary education

College and university curricula must be based on the intellectual method which prepares students to think carefully and critically. The intellectual method prepares individuals for gathering, analyzing, and interpreting information in order to attain useful knowledge in the broad areas of civilization and culture, contemporary societies, and nature and the environment. Expectations for performance include abilities to examine assumptions, make rational judgments, construct arguments, and test theories. The social, political, economic, scientific, and cultural complexities of modern life require such preparations to enable effective citizenship.


Science Education

Effective citizens must understand fundamental principles of the natural sciences and have knowledge of contemporary scientific and technical concerns. “It is impossible to function as an informed citizen in modern society without an understanding of nature and the environment. Scientific literacy is thus an essential component of general education.”5

Fundamental principles of nature and environment are taught in junior and senior high schools. This scientific knowledge is essential for understanding maintenance of one’s personal biological development and health. Scientific literacy also prepares one to understand needs for such things as energy, clean air, earth’s resources, food, life-sustaining environmental conditions, and medical care. Scientific facts and information are essential for anyone to critically evaluate these needs. Scientific literacy must be the foundation for making any theoretical interpretations or ideological conclusions. Scientifically illiterate individuals have to rely on others for making these conclusions and interpretations.


Preparation for Critical Thinking

Students need basic and essential information or facts in order to think for themselves, to “think carefully and critically.” Without basic factual information students are not prepared to think for themselves and are likely to believe any theories, concepts or ideology they are taught to be true. They are not equipped to think “outside the box”; they are likely to remain faithful to the sacred concepts of their educational leaders. Many students are not eager to learn scientific facts. They are satisfied with no more “information” than a teacher’s interpretations where little of their own thinking is encouraged. When students do not critically examine concepts, they are not burdened with any thinking of their own.


Science and Science Theory


What is Science?

Before science is taught educators must know what science is, because science’s theories, ideologies and metaphysics are confused with science.


Science is both a process of gaining knowledge, and the organized body of knowledge gained by this process. The scientific process is the systemic acquisition of new knowledge about a system. This systematic acquisition is generally the scientific method, and the system is generally nature. Science is also the scientific knowledge that has been systematically acquired by this scientific process.6

Despite popular impressions of science, it is not the goal of science to answer all questions, only those that pertain to physical reality (measurable empirical experience)….Science does not and can not produce absolute and unquestionable truth.6


Drawing a clear distinction between science and philosophical reflections on science is difficult.


Science is a reasoned and wholly dispassionate attempt to figure out the truth about ourselves and the world, entirely independent of ideology, or moral convictions, or religious or theological commitments.…. Science done properly necessarily involves “methodological naturalism,”… because it establishes which sort of study qualifies as scientific. Science is supposed to be non-evaluative, non-normative, non-prescriptive; it is supposed to give us facts, not values….science is objective, public, sharable, publicly verifiable, and equally available to anyone, whatever their religious or metaphysical proclivities….the findings of science hold equally for all of us….proper science …is restricted to the deliverances of reason and sense (perception) which are the same for all people.7


Values are imposed with scientific theories because such theories are not religiously or metaphysically neutral. Scientific theories become metanarratives that claim some form of transcendental and universal truth, especially for evolutionary tales of human existence. Common sense leads people to be skeptical of “universal truths” such as scientific theories whose proponents use to promote ideologies.


Teaching Science

The National Research Council (1996) establishes National Science Education Standards for “teaching science as inquiry which must be the basic underlying principle of science education as well as the ultimate organizing concept for the selection for the selection of student activities.”8 “These activities should include: 1) asking appropriate questions, 2) planning and conducting investigations, 3) appropriate tools and techniques to gather data, 4) thinking critically and logically about the relationships between evidence and explanations, and 5) communicating scientific arguments.” Unfortunately, many science educators are intent on teaching ideology rather than science. By giving students a sound background in facts and information on science, they realize it will be more difficult for students to believe in their scientific ideologies.


Critical Thinking for Establishing Scientific Truth

Critical thinking on questions in science requires facts and information before any concept or theory can be developed or evaluated. A degree of autonomy, independence, and self-determination are essential for one to think critically.9 Teaching scientific ideologies without scientific facts and information does not prepare students to think critically; someone else is thinking for them. Science courses in primary-secondary curricula should be limited to teaching students basic facts and information, and thereby prepare them to think critically. The introduction of scientific ideology can begin in post-secondary educational programs where science courses in general education programs have the goal to teach students ideologies to an individual teacher’s liking.10 Students who have been prepared with scientific facts and information can critically evaluate these ideologies. Without this preparation students are most likely to uncritically accept a teacher’s ideologies. That is not an intellectual dilemma for students who are conditioned to simply receive answers without critically evaluating for better responses.


Teaching Ideology

All scientific sentences describing nature and environment must document observables. All scientific concepts must be definable in terms of observables. Deductions of the world’s principles from science’s observations of nature and environment are metaphysical endeavors. Teaching metaphysics or philosophical conclusions is not teaching science; it is teaching ideology. Ideology begins with using information on what exists or on that is and the most objective information it can use that has been discovered through science. Beliefs and metaphysical visions on what is good and what is possible use that objective information to formulate subjective conclusions—ideologies. Ideologies usually depend on unsubstantiated information for strengthening their arguments and positions.

Arguments stemming from theories which have yet to be substantiated are almost certainly false. Destructive arguments develop from the passing of metaphysics as science, i.e. the interpretation of facts as though they were the facts themselves. Interpretations that pose as scientific facts, and are as much metaphysical as scientific, include theories in the physical sciences such as relativity, the Big Bang, and Quantum Theory and others in the biological sciences such as Darwinian Evolution or its more modern form, Synthetic Theory.

A National Center for Science Education report describes how educators should teach students evolutionary biology.11 The goal of this report is to show that educators will have to deal with the misconception that the Darwinian evolution concept of variation and selection is only a theory (Figure 2), and to show that the Lamarkian concept is no more than a scientifically flawed theory. Science educators must: “help our students discover the scientific flaws in this theory and replace it with a more powerful and accurate explanation for the diversity of life.”11 But all explanations are theories. The goal of this report is: “how best to make Lamark’s view the unsatisfactory concept, while showing Darwin to be more intelligible, plausible, and fruitful?” 11


Text Box: Figure 2. The late Stephen Gould was one of two best known and respected evolutionary biologists. The title of this book indicates that “The Structure Of Evolutionary Theory” tells the reader that the book deals with a “misconception”: evolution is only a theory.


The report begins by stating: “Constructivist learning theory tells us that changing this misconception will only take place if our students’ minds have an active cognitive involvement in the processes that allow for the accommodation of new ‘replacement’ knowledge.”11 How are they to be actively cognitively involved? The report recommends a class plan (on class design see reference 9, p. 86) to “engage” students by showing biological traits 1) of an animal’s speed that is necessary for survival, 2) of the absence of a special sense such as sight where it is not needed, and 3) of morphological and behavioral adaptations necessary for a species’ survival. Following this engagement students are divided into small groups to “explore” their engagement experience and perceptions. In all three examples the students are asked: “How would an evolutionary biologist explain” how these unique characteristics evolved from ancestors which did not have them. Then students are to “explain” by presenting “their explanations to the class as a whole to foster comments, critiques, and criticisms of their hypotheses.”11 The report states that dissent, argument, and disagreement are all integral components of the scientific process, all being positive attributes of science. But “More than likely, many of the groups will present Lamarkian ideas…therefore the important points need to be discussed by the teacher.”11 They include: 1) Evolution proceeds by the process of variation, a genetically random process, and selection, an environmentally driven non-random process. 2) Organisms do not get what they “need” through “inner wants” or through “use and disuse.” Individual intentions do not play a role. 3) Acquired characteristics are not passed on to offspring. 4) Mutations are not directed for the benefit of the individual. 5) Evolution is neither random nor teleological. It is, in fact, driven by both historical contingencies and the non-random, yet non-directed, process of selection.

Unfortunately in this process students themselves 1) ask no appropriate questions (they are asked by the teacher), 2) have no role in planning and conducting investigations, 3) are given no tools and techniques to gather data—any data is given by the teacher, 4) do no critical thinking—all thoughts and concepts are declared as truth by the teacher, 5) may make arguments but they are corrected by the teacher. Then the teacher presents another example and expects the students to use the evolutionary biology explanation for reinforcing belief in evolutionary theory. The educator acknowledges that this is a difficult task to instill belief in Darwin ’s theory, a task that is blocked by Lamarckian beliefs.

This report points out that “the acceptance of Lamarckian beliefs, for all intents and purposes, totally blocks the learning of Darwinian principles. Obviously this must be changed.” Do teachers of science wish to teach science or to teach an ideology?

Other national groups of biology teachers produce official statements for teachers to follow in teaching science, evolution, and biology. They describe the nature and methods of science, essential concepts of biological evolution, and evolution in the classroom. They state that “Evolution should be a recurrent theme throughout biology courses.”12

Education—Invoking Critical Thinking


Common Sense Permits Thinking Outside the Box

Students possess common sense with which to evaluate challenges of newly-presented theories that represent shifts in their believed-in paradigms.13 But we are told that common sense can no longer be trusted and should be disregarded, that science offers “higher wisdom.” Students lacking common sense have little capacity to evaluate any theory, even ones that seem plausible because the theory’s ideas are argued to be consistent with empirical facts and free of internal contradictions. Teaching students to think critically must be free of duress to believe any theory or dogma.

Common sense is often the only guardian protecting what students believe regarding meaning and existence for their lives. Common sense is challenged by a science today that “persistently exceeds its mandate in pronouncing on questions of meaning and value which are nowhere in its purview.”13 Scientists, however, may believe that common sense is merely a deposit of prejudices and must be corrected by “scientifically-derived wisdom.” Common sense tells us that great scientific theories are often counter-intuitive, however; but scientific theorists find this unacceptable and under duress the student must return to thinking “in the box.” Such assaults on common sense drive students to distrust scientists who are seen to view possibilities and turn them into probabilities, from which they soon become certainties. The scientific dogma becomes “nothing explained by scientific theory is based on ignorance; it all has become certain knowledge.”14

Students question if there is more evidence on our origins from the metaphysical theory of evolution than from intuition or common sense. Common sense tells many that human existence and reality are meaningful (47%-49% of Americans do not believe that they evolved from earlier forms of animal life).15 Evolutionary theory as a philosophy, not science, with its foundation of chance determining all, tells us something different. But chance cannot give anything meaning. People’s common sense revolts at the idea that life began spontaneously from a “primordial soup” of elements, evolving strictly by chance. Thereby, humans are the result of a purposeless and natural process that did not have them in mind.15 Common sense recognizes that evolutionary claims have been inadequate, which has prompted revisions, the present one called synthetic theory.16

Evolutionists trivialize common sense’s rejection of their theories as being ignorant and irrational responses to “scientific truths.” They also dismiss claims that “evolution is only a theory” as an epistemological misconception.11 Darwinists discredit Lamarckian evolutionary ideas, however, by being theories with scientific flaws. Common sense and scientific findings show Lamarck’s theory to be more believable than any form of Darwin ’s. Educators find this a challenge and discredit the more believable in order to promote the less plausible.11

Common sense agrees with ecologists’ belief that all life cooperates to insure its continuing survival.17 But evolutionary biologists detest this idea of cooperation because that gives purpose to adaptation. Cooperation is inconsistent with survival of the fittest. With the fittest surviving, altruism, if it exists and is genetically transmitted, would have the purpose of insuring survival for all. Altruism depends on fullest cooperation. Lamarckian evolution believes in adaptation to the environment, in purposeful changes. Hence, this challenges the basic tenets of Darwinian beliefs that are maintained down through the Synthetic Theory.


Constructing and Teaching Ideology


Facts, Information, Theories and Ideology

Educators are encouraged to teach “evolution is a fact,” “all biologists and scientists wholeheartedly accept the theory of evolution,” and why call into question the scientific theory of evolution.


Evolution—accurately presented—needs to be in pre-college as well as college education….on teaching it better….Most of them have little to do with the actual scientific content of the subject, but rather with improving the perception of evolution by the public.18


For leading biological evolutionists, evolution is no mere theory but established fact, not a virtual certainty but a real certainty and they encourage evolution being taught by proclaiming: “It is absolutely safe to say that, if you meet somebody who claims not to believe in evolution, that person is ignorant, stupid or insane.”19 If evolution is a fact, however, a real certainty, why is any further research needed? Evolution is a theory, however, and theories are useful not in establishing facts but in providing a guide for further research; research is active in “learning more” about evolutionary biology.

Philosophers (critical theorists) examine the way that cultural institutions (mostly academic) “are used to shape identities, dictating what is accepted as true, normal, or acceptable within a culture, offering privilege to some, and marginalizing or denying others.”20 Shaping identities creates ideologies.


An Ideology, as seen by Critical Theory, is a system of seemingly rational ideas, practices and paradigms that serve to justify or legitimate the values, vested interests, and beliefs of a particular group of people….In either case, the group seeks to advance its socially created realities and interests against those of other groups. In sum, an ideology advances a group’s interests as being in the best interests of everyone else…..21


Teaching Truths

Educational goals are difficult to achieve, especially for acceptable literacy and numeracy standards. Educational efforts encounter numerous obstacles that interfere with teaching.


Public schooling is beset by multiple and competing political, economic, social and intellectual ideologies that function as external pressures and impediments to teaching praxis...Thus such unsuspecting teachers invariably encounter or create for themselves an often bewildering array of ideology-based obstacles to successful praxis.

They are unwilling, then, to undertake the kind of personal and professional ideology critique that can identify dysfunctional paradigms, taken for granted assumptions, biases and unwarranted personal theories, and other such impediments to bringing about praxial results for typical students. Instead, too many become complacent followers of the status quo, or of every fad or bandwagon.18


Teachers must be challenged to determine and teach what is most important. They must critique personal ideologies by identifying, analyzing and assessing their personal ideological suppositions, paradigms and taken-for-granted assumptions. Teachers must evaluate and choose ideologies and metaphysical beliefs that can enrich and benefit students’ lives. Critiques of ideologies and theories are essential to reveal inherent contradictions and inconsistencies “which make the benefits that are only abstractly claimed in theory progressively more difficult to justify, rationalize or legitimize as being ‘good’…”18 Proponents of evolutionary biology find little to justify a good for the dogma; much of their declarations are to identify their enemies, Christian beliefs and theories of Lamarckian evolution.


Evolutionary Ideology

Popper claims that Darwinism is “not a testable scientific theory but a metaphysical research programme.”22 Should this ideology be taught in schools? Some prestigious evolutionists have said: “...it ought not to be taught in high school.”22 Why not?


…the scientific theories that we have about the origin/evolution of the universe and of life do not differ from the so-called religious myths: they are unobservable, and there is something of naturalistic omnipotence….philosophic naturalism reigns disguised as Science….it suggests to be more metaphysics rather than Science properly?

…education, how to critically think, and not the actual fossilized situation by the neo-Darwinists mythological dogma—ideology, in what must be thought—only what the Scientific Nomenklatura pontificates.22


If evolutionary biology must be taught, teachers must distinguish where science leaves off and philosophy or ideology begins. Evolutionary theory cannot be taught as science because it is not a scientific fact. Evolutionists are not scientific scholars because they argue ideology over empirical facts. Darwinian evolutionists place ideology over empirical facts when they deny empirical scientific facts that support Larmarckian evolutionary theory. This denial is necessary because the latter is the threat, even greater than Christianity to Darwin , neoDarwinism, and Synthetic theories.

Evolutionary theory is also a threat to society, because it is at the foundation of communism, fascism, Freudianism, social Darwinism, behaviorism, Kinseyism, materialism, atheism, and in the religious world, modernism and neo-orthodoxy.23 Threats develop because there is a mismatch between ideological claims and results that show the ideologies do not make the world a better place.


When a system operates according to ideologies and practices that undermine its own raison d’etre, it experiences a state of perpetual crisis brought on by tensions resulting from the mismatch of values claimed for the system and values produced by the system….they arise from the intractable problems and unintended negative results brought on by inherent contradictions and inconsistencies within the dominant ideology guiding the system and its ‘standards’. These internal contradictions and conflicts make the benefits that are only abstractly claimed in theory progressively more difficult to justify, rationalize or legitimize as being “good.”…These crises bring about the need to legitimate the rationality and values of the system.21


Claims of an ideology are evaluated by results of its practice. Evolutionists began making claims for their ideology that were designed to destroy the claims of Christian beliefs. Teachers must look at the results of non-Christian ideologies on society and critically evaluate these results before they teach.


…students should be both exposed to and learn to deal cooperatively and collaboratively with a wide variety of different views and opinions. Thus the essentially philosophical undertaking of developing a warranted point of view based on evidence, competence with basic philosophical knowledge and processes, and clear thinking and writing, should begin in a context of diverse and plural opinions and beliefs not dissimilar from what will be experienced on the job.

…to judge the success of a teaching technique…curricular results in teaching science or evolution need to be stated in terms of regulative or action ideals. All professions are guided by such ideals—for example in the case to medicine, to restore health, to minimize or alleviate pain and, above all, to do no harm…..thus regulative or action ideals are optimum states towards which people naturally strive or by which they judge the relative success of their actions.21


The goals of educators at all levels must be guided by regulative actions of ideals that measure the success of their actions. This success begins with becoming literate and competent in numeracy; that can be measured. Competency is expanded through the 12th grade by acquiring empirical information for making explanations that “work.” In no cases is any theory or ideology taught that can not be shown to work.

The time for teaching the basics of science is inadequate in primary and secondary education. Without an adequate understanding of these basics, students are unprepared to evaluate any theory or ideology of science; they are unprepared to “trust” science. Some of the most important claims science makes are those for medical care, and today many discover that they have been deceived concerning medical and surgical treatments. Evaluation of medical care is difficult for individuals lacking a basic of understanding of science. Knowledge of scientific theories and ideologies, such as evolution, does not help them with their health problems. An importance for learning theories and ideologies can minimize the importance for learning empirically-based information and teaching of scientific facts will not be done, leaving the learner scientifically illiterate.


The Enemy of Evolutionary Theory

Darwinism in its most modern form, synthetic theory, believes that Christian beliefs pose little challenge to its ideology. Lamarck’s theory of evolution is the threat to all forms of Darwinism. “Lamarckism is the premise of heritable characteristics acquired by the organism in response to the environment—characteristics which are then transmitted to descendents….belief in amounts to philosophical suicide, being a loser, being open to becoming an object of abuse and ridicule.”24 But Darwinian evolutionary theory protects its dogma against Lamarckism that denies chance determining random mutation and natural selection.


…the organism becomes proactive player in its own destiny…solving problems twice as hard and faster than possible through random mutation…..Darwinian evolution presents a process having no means of feedback for regulating an organism—something totally inconsistent with biological processes. The scientific community rejects directed evolution.24


Lamarckism describes how biological life can change and adapt in order to survive in the ever-changing enironment.17, 24 Darwinians see design and purpose in biological abilities to adapt and therefore reject Lamarckism and the scientific support for its ideas. Likewise the proponents of directed evolution believe that their ideology will vanquish Christian beliefs on creation.


If humankind is able to respond to the environment and direct its evolution, then the questions concerning Natural Selection will be answered. The intervention of a higher authority in the evolutionary process will become superfluous. The last nail in the coffin of creationism will be hammered.17


More importantly, scientific support for purposeful biological adaptation will leave the dogma of Darwinism with no place to retreat.



Christianity ruled Western thought until the time of Darwin , and his evolutionary ideas were welcomed by those who were looking for ways to reduce the Christian influence. Opposition to Christianity’s power over Western culture was no secret. Evolutionists no longer consider beliefs of Christian creationists threatening to either the original or modern forms of Darwinism. Evolutionists now fear most the ideas of intelligent design and the ideas that life cooperates to insure its survival. They fear the idea of divine intentions being hidden in evolutionary processes; that God uses evolution to achieve His goals. Evolutionists’ ideology is based on all biological change being due to chance and not to any divine creator.

Christianity is more than an ideology. God reveals Himself in His Salvation History, the Bible. The Bible is not meant to be a book of science where we are to look for scientific facts. Believers accept the truth of the Bible on their faith, a truth that is supported by many eyewitness accounts, such as the accounts of Jesus’ life, death, and resurrection documented by the Apostles John and Peter. Many do not believe such accounts attesting to Jesus’ experiences. Human beings deny even better-documented historical events, however. In the Twentieth Century, some people deny there was ever a Holocaust during World War II despite much documenting proof.

Educational programs designed to show cultures of different people worldwide have little reservation for teaching religious ideologies different from Christianity. Although their beliefs are largely based on myths with no eyewitness historical accounts, our governments do not restrict the ideological teachings of such religions. On the other hand, our governments prevent the teaching of Christian historical events in publicly funded schools.


Teaching Inheritable Biological Adaptation


Numerous disciplines of science have contributed to recent appreciations that biological forms of life can adapt to the environment in purposeful ways and these changes can be inherited. Students need to learn the basic fundamentals describing how these changes are possible and how they contribute to improving our lives.

The Blueprint—Germline Genetic Code

Germline DNA codes are passed into somatic cells during eukaryote development. Genes important for somatic cell function are expressed in somatic DNA which is used to transcribe RNA for making proteins (Figure 3). This has been thought to be a one-way process that is not normally reversed. The Weissman barrier states that the germline cells determining heredity are isolated from somatic cells before birth so that changes in somatic cells cannot affect heredity determinants in germline cells. In some cases this process can be reversed, however; somatic RNA can be transcribed back into DNA (reverse transcription) by the enzyme reverse transcriptase. This copy of DNA (a retrogene) can be inserted back into somatic genes and also the germline DNA code where it can pass onto the next generation. Retroviruses are one of the vectors for moving genes and retrogenes into somatic and germline cells (Figure 4). Retroviruses and germ cells are both rich in reverse transcriptase activity for changing RNA to DNA that is subsequently stored in germ-cell genomes. Retroviruses infecting germline cells can integrate their genetic information in germline genomes; the human genome contains fully 8% endogenous retroviral sequences. Endogenous retroviruses in the genome are inherited acquired characteristics.25




  Figure 3. Transcription of RNA from DNA and reverse transcription of DNA from RNA.





Figure 4. Viral vector can carry DNA information into cells

and genome of somatic or germline cells



Recent molecular biology studies show that the genome is more fluid and responsive to the environment than most Darwinians are willing to accept. DNA changes can be induced by the environment and inherited, and the same is true for non- DNA variations which determine biological development. Thereby, an acquired property such as a specific immune response can be inherited. Acquired somatic mutations of antibody V-region genes can be passed down to the next generation.24 Also gene therapy involving delivery of therapeutic genes into somatic cells can control some problems for several generations.25 That is only possible if somatic genes (in this case altered ones) can pass to the germline and be inherited—gene therapy leaving its mark on subsequent generations. Scientific experiments show this to be a fact.26 However, leading scientists believe something different


Somatic cells make up the rest of the body. Changes to their genes do not pass to the next generation. Indeed, a central tenet of Mendelian genetics, the Weissman boundary, asserts that nothing that happens to the somatic cells or tissues of a mammal will have any effect whatsoever on the genetic information transmitted to its offspring.

Somatic gene therapy involves the manipulation of gene expression in cells that will be corrective to the patient but not inherited to the next generation.25


This dogma Weissman proposed in 1885 is the heart of modern evolutionary theory. Evolutionists insist on teaching this ideology rather than facts that students might find useful for constructive independent thinking.

Although modern evolutionary theory rejects inheritance of acquired characteristics, Darwin found himself more compelled to admit to inheritance of acquired characteristics because chance variation and natural selection alone were apparently insufficient to explain the phenomenon of evolution.


From the facts alluded to.. I think there can be no doubt that use in our domestic animals has strengthened and enlarged certain parts, and disuse diminished them, and that such modifications are inherited.24


Heredity—More Than DNA

In addition to inheriting genes and their DNA , somatic cells inherit a set of instructions that control gene activation. Every somatic cell in the body inherits the same genes as found in the germ cells but each somatic cell also inherits an instruction manual appropriate for its needs. Unchanging genome DNA sequences should assure unchanging development of an organism by fixing the blueprint for determining cell activity. But an “epigenetic” instruction manual (with information not encoded in the nucleotide sequence of the gene) that is also inherited can be fluid and thereby be responsible for changing development in an organism. Instruction changes can be responses to the environment that enable an organism to adapt—the inheritance of acquired characteristics.27-28

Epigenetic changes leave the genome—genetic sequences—unchanged so the next generation will show no DNA sequence changes. Thereby the information or blueprint to create an organism’s cells is preserved. Regulation of a cell’s genomic expression is controlled in one way by adding or removing methyl groups to certain cytosine bases of a DNA code (Figure 5). Tagging a DNA sequence with methyl groups renders the gene inexpressible.29-30 Methyl groups block transcription—the first step in gene activation—and can bind certain proteins involved in maintaining normal DNA structure. Certain cell proteins determine the sites and binding of methyl groups to a section of DNA . DNA methylation is catalyzed by a methyltransferase enzyme. This process is necessary for life. Without the enzyme, organisms die or have developmental problems. DNA methylation can also develop in mature organisms, with abnormal methylation being related to aging and to most human cancers—tagging that decontrols cell division and proliferation. Methylation can also be purposeful defense against invading viruses that have incorporated their genes into the host’s DNAmethylation inactivates the expression of these viruses’ genes; the gene becomes silenced. Methylated genes can be passed on to the next generation—are inherited without changing any DNA sequences.



Figure 5. Biochemical methylation and demethylation of DNA bases


DNA is associated with proteins called histones to form a complex substance called chromatin.30 Modifications that change these histones alter the expression of genes without changing DNA sequences or structures. Deacetylation of histones results in chromatin condensing so that access and activation of gene expression cannot occur. Histone deacetylation is also an epigenetic phenomenon that determines gene expression.

Epigenetic changes matter more than DNA sequence changes. “As the human genome project rushes to completion, the really interesting insights are going to come not from the sequences,…but ‘from the working out how genes are controlled.’”28


Protecting the Genetic Heritage

DNA repair systems are the “guardians of the genome.”31-32 The DNA in each cell of our body sustains 50,000 to 500,000 injuries or molecular lesions each day (Figure 6). DNA damage can be subdivided into two main types.31-32


  1. Endogenous processed such as attack by reactive oxygen radicals produced from normal metabolic byproducts (spontaneous mutation)
  2. Agents of environmental origin (induced mutations), such as
    1. Ultraviolet (UV) radiation from the sun
    2. Other radiation frequencies, including x-rays and gamma rays
    3. Certain plant toxins
    4. Human-made mutagenic chemicals, such as hydrocarbons from cigarette smoke
    5. Cancer chemotherapy and radiotherapy


Endogenous-damage processes affect the primary structure rather than the secondary structure of the double helix and can be subdivided into four classes:

  1. Oxidation of bases [e.g. 8-oxo-7,8-dihydroguanine (8-oxoG] and generation of DNA strand interruptions from reactive oxygen species
  2. Methylation of bases, such as formation of 7-methylguanine
  3. Hydrolysis of bases, such as depurination and depyrimidination
  4. Mismatch of bases, due to DNA replication in which the wrong DNA base is stitched into place in a newly forming DNA strand


Repair of damaged DNA is essential to gene functional integrity and cell survival. Damaged or lost DNA information is replaced by an intact version from the complementary strand of DNA or from the sister chromosome, using numerous mechanisms for repair.33 With age DNA damage accumulates and repair cannot keep up. Reduced repair results in accelerated aging, early manifestation of age-related diseases, and increased susceptibility to cancer. Increased expression of certain DNA repair genes results in increased lifespan and increased resistance to carcinogens.



Figure 6. Damage and repair of DNA and their effect on disease



Evolutionary theory states that genetic mutation is the driving factor for change. As shown here, mutation can be spontaneous or induced by many causes that can be explained. The persistence of any mutation depends on the effectiveness of repair mechanisms. Some DNA repair mechanisms can also introduce new mutations. Gene repair is under genetic influence and is also under environmental factors such as nutrient availability.31-32 Caloric restriction increases DNA repair by creating a stage of cellular hibernation. Caloric restriction increases lifespan and reduces age-related disease which may be by increasing DNA repair.

DNA damage altering a nucleotide changes information carried in the DNA sequence. DNA information alterations due to DNA mutation and recombination are important means for evolutionary change. The balance between DNA damage and repair determines the rate of change. With optimal DNA repair rates, mutation rates are reduced, resulting in reduced rates of evolutionary change. Conversely, high mutation rates increase the rate of evolutionary change.32


Controlled Mutations—Co-creating Ourselves

DNA changes to improve life’s existence can be random and uncontrolled or can be controlled by humans—enabling their potential for co-creating themselves. When the changes are incorporated into the germline, they are passed on to future generations.

Until recently, humans understood their healing processes to be slow and determined entirely by our inherited “changeless” genome. Now science (as reflected by an NIH committee) knows that healing processes can begin rapidly and under the control of rapidly changing genetic influence. 34

Gene changes can occur within minutes, through “immediate early gene expression,” in response to psychosocial clues and significant life events.35 Signals received from stimuli outside the body—from the environment—activate genes that code for formation of proteins which participate in maintenance of health and facilitation of healing processes (Figure 7). Proteins are the “informational and computational processor of life at the molecular level,” and most importantly in healing.36 Immediate early genes integrate mind and body to implement healing throughout the body. These genes are turned on and off in response to our conscious efforts—thereby faith can heal when they are on.37 Current research shows that touch and verbal suggestion can initiate immediate-early-gene protein cascades to facilitate healing.38


Psychosocial clues & significant life events


Cell membrane cAMP formation


Activation of protein kinase


CREB (cAMP-response-element-binding protein)


CREB phosphorylation (gene-transcription factor)


Binding to critical Ca2+ response element (CRE) within BDNF gene

                          arrow            activates

BDNF (brain-derived neurotrophic factor) gene transcription


Gene expression for neurogenesis--neural plasticity


Possible modified-gene insertion into germline



Figure 7. Activation of immediate early gene expression by environment


Gene expression is also determined by states of behavior and consciousness such as waking, sleeping, dreaming, emotions, motivation, and stress.39 This state-related or state-dependent gene expression is designed to be consciously modified at any time; we have the ability to creatively adapt ourselves at the genomic-protein level. Adaptation involves dynamics of energy, information and structure at the molecular level.40

The ultimate effects of immediate early genes are probably by “a series of immediate early genes, members of various families, all interacting with one another and with other second and third messengers to affect several transcriptural regulating sites and, thus altering gene expression.”41 Some immediate early genes probably dominate and control the outcome of multiple stimuli. This suggests a co-creation that operates by modifying the genetic “instructional manual.”

Acquired environmentally-induced problems such as depression can be a family problem, affecting more than one member by initially activating immediate early genes. Epidemiologic studies have led to the conclusion that “sensitization to stressors and episode sensitization occur and become encoded at the level of gene expression” 42 and maybe that genetic alteration can be passed on to future generations and put them at risk for depression. Drugs of abuse activate immediate early genes that lead to molecular changes responsible for addiction, changes which include expression of genes that can be lasting.41

Changes in our genome are not all due random mutations; we have some control over that: “One might say, metaphorically, that consciousness is the tutor who supervises the education of the living substance, but leaves its pupil alone to deal with all those tasks for which it is already sufficiently trained.”43 “Highly motivated states of consciousness can turn on and focus gene expression, protein synthesis, neurotransmitters, and neurogenesis in our daily creative work of building a better brain.” 44 With the ability to educate living substance “we can co-create ourselves in cooperation with nature.”45 Our nature consists of human beings’ biological mechanisms which God designed. We can “co-create” by employing what we can control—consciousness to freely determine our will. We do not co-create ourselves without faith that we can freely determine to choose. Non-human life does not have the consciousness to co-create.

Science is for Application


If evolutionary biologists wish to become “true” scientists and science has the role of explaining our nature so that humans can use its information to embellish their lives, evolution must graduate from a theoretical study to a practical application that shows people how to build a better world.

Current Darwinian theories deny the ability of life to inherit acquired characteristics. But “If directed evolution could be proven, then its knowledge and acceptance would greatly affect all mankind.”17 Learning scientific facts and not scientific ideology will best prepare one to recognize how science can benefit human lives; this also provides information so one is less likely to distrust science. Students must be equipped to evaluate the benefits of science. Practical science, not theoretical science, offers benefits for human beings.

Practical science is concerned with scientific and technical information to improve global health, welfare and nutrition for human beings, and the knowledge necessary to maintain a healthy biodiversity for the entire planet. This information is essential to reducing infant diseases and mortality, and to prolonging life expectancy and quality healthy lives for all human beings. Evolutionary theory is unable to provide any such useful information.

Literacy in practical science requires educational goals that clearly state why basic fundamentals of science must be learned and understood before a student can critically evaluate any practical application of science—scientific technology. Teaching fundamentals rather than indoctrinating students in a teacher’s theories or ideology leads to student’s thinking critically, becoming creative, and developing problem-solving skills.


Applying Information on Genetic and Epigenetic Inheritance

Information on biochemistry, genetics, and epigenetics is essential for understanding the biochemical causes and principles of inheritance. Scientific information is practical and trustworthy when it reveals the causes and principles of DNA damage and repair. It is practical in that avoidable causes of DNA damage can be eliminated or controlled by modifications of the environment or peoples’ lifestyle.31-32

Biochemical modification of the immune system to rapidly develop permanent antibody solutions to diseases, with such changes being inherited, is a practical possibility for adaptation to the environment. With a deeply held belief that this kind of adaptation cannot be inherited, little research on its possibility can be expected.

Science education should include information on retroviruses and their replication. This keys an understanding on how genetic and epigenetic information controls evolutionary changes. The HIV retrovirus changes about a million times faster than human genes.26 Trying to develop a protective immune response to such an organism is futile because a vaccine developed on last year’s virus is not likely to be effective against the current and different version. Influenza viruses also change often and present a similar problem. These RNA viruses multiply by reverse transcription of their RNA to DNA . Reversely transcribed DNA incorporates many more errors that directly transcribed DNA . More errors (mutations) allows for more rapid evolution.

Starvation (and maybe inadequate nutrition) of women before and during pregnancy results in small babies; this environmental change is inherited.28 Damage by drugs to organs like the pancreas causes diabetes and offspring of these individuals are more prone to the disease. Drug damage to the brain and inappropriate hormone administration that alters thyroid function are also passed on to the next generation. High-tech fertility treatments can produce similar inherited epigenetic changes. Some cloning methods produce similar results.

Bacteria can rapidly evolve so they acquire an ability to degrade such inorganic compounds as petroleum products and plastics. Heritable epigenetic modifications appear to help bacteria by enabling them to rapidly switch to entirely different food and energy sources.

Methylation of DNA is part of the defense against viruses that have incorporated their genes into the host’s DNA . This is an adaptation to the environment that can be inherited.

Animals and humans can be genetically engineered by recombinant DNA gene therapy that injects plasmid DNA or by virally-mediated gene transfers into somatic cells. The altered DNA can be passed to subsequent generations. If there is a concern with genetic engineering of plants and animals for food, it is surprising that there is not a similar concern for this engineering in humans. But “People writing about the safety and ethics of somatic gene therapy in humans, all assume somatic gene therapy does not and cannot have an effect on the germline.”25 But, they do not know. Scientific data show that therapeutic genes do enter the germline, especially when the therapy is for a fetus.25 Consequently the Federal Government advises the medical profession to warn people receiving gene transfers.


You failed to inform subjects (receiving gene transfers) that they should not donate blood or gametes, and you failed to inform subjects that gene transfer had potential to alter genetic composition of reproductive cells.25


People carry evidence for gene transfers within their genome that “contains fully 8% endogenous retroviral sequences, emphasizing the contribution of retroviruses to our genetic heritage.”25


Application of Practical Nutritional Science

Understanding of chemistry and physiology is necessary for learning and applying principles of practical nutrition that are essential for optimal health and lifespan. Many people do not have the scientific literacy needed for maintaining normal body weight, and they pay billions of dollars annually for quick and easy answers that have no scientific basis. Useful facts on nutrition are generally not taught in pre-college courses. If they are taught at any time they are often not required courses. Conditions of overweight and obesity are preventable; they are problems that most importantly contribute to medical problems and shortened life expectancy.

“Cooperation” not “Competition” in Nature

Science’s ecological studies show that nature undisturbed by humans exists in a cooperative state that encourages existence for all life. Human existence depends on this ecological balance. Science education has the responsibility to insure that students understand the importance of ecology’s scientific basis. With a belief that life’s existence is a matter of competition and survival of the fittest, learning about the environment is of minor importance. Scientific literacy prepares us to cooperate for achieving the best life and prosperity for every living being.

Scientific literacy enables agriculturists to improve world food production; scientific theories lack such ability. Scientists genetically modify crops to improve production and nutritional quality, resistance to disease and increased consumer acceptance. This genetic engineering has caused great concern for transfer of crops’ transgenic DNA by ingestion of their products and inhalation of their pollen and dust.46 Concerns include: “In particular, the horizontal spread of antibiotic resistance marker genes from GM (genetically modified) crops will compromise the treatment of life-threatening infectious diseases which have come back worldwide.”46 In addition “the random insertion of foreign DNA into genomes associated with horizontal transfer of transgenic DNA can also result in many harmful effects, including cancer in mammalian cells.”46 The European community bans genetically modified crops and their products.

Science education shows that conscious mental events are able to promote genetic activity that can enter a person’s germline. Human physiological responses (genetic) can be made to the environment through conscious action and habits. We are not in this case creatures determined by chance events, even our moral and ethical beliefs. “Ethical beliefs are after all, a social construct based on many factors. But what if our genetic make-up is in the final analysis also a ‘social construct’ arising from our consciousness?”45




Scientific literacy provides the knowledge base for health and survival of our entire global community. Faith, not science, sustains evolutionary theory. Faith does not require scientific literacy. A historian of science affirms the requirement of faith for belief in evolutionary theory by a conclusion on a prominent evolution theorist. What was said of the evolutionary biologist Ernst Mayr is: “He’s the Darwin of the 20th century, the defender of the faith.”47

Scientific literacy shows us that we can live whereas theories and ideology try to show us how we should live. Human conflict develops where people can’t live. Ideologies believe that they can solve these problems. Science and technology provide the critical solutions for the difficult survival problems, however. We are aware of the ten pressing issues facing the earth today (Table 1).48 Scientific literacy must include preparation with information and understanding of these issues in order to prepare for their prevention and management. Ideologies such as evolutionary theory provide little means to deal with these problems.



Table 1. Knowledge Bases for the Global Community

Energy Management

Water Management

Food Production and Distribution

Environmental Management

Natural Resource Management

Food Science and Nutrition

Global Health

Management of Poverty




The scientific base of knowledge will always be hampered by those who suffer from believing in the "truths" they bear:


I know that most men, including those at ease with problems of the highest complexity, can seldom accept even the simplest and most obvious truth if it be such as would oblige them to admit the falsity of conclusions which they have delighted in explaining to colleagues, which they have proudly taught to others, and which they have woven, thread by thread, into the fabric of their lives.    


References and Notes


1. The project on human development. http://humandevelopment.bu.edu/dev_indicators/start.cfm?header_id=14

2. World Development Report 2004: Making Services Work For Poor People. http://econ.worldbank.org/wdr/wdr2002

Knowledge for Development. http://www.cabi-bioscience.org/Html/K4DOrange.htm

3. Definition of: literacy/illiteracy. http://millenniumindicators.un.org/unsd/mi/mi_dict_xrxx.asp?def_code=187

A person is literate who can with understanding both read and write a short simple statement on his everyday life. A person is illiterate who cannot with understanding both read and write a short simple statement on his everyday life.

4. The Illiteracy Time Bomb. http://businessweek.com/smallbiz/content/feb2002/sb20020214_7072.htm

Illiteracy. http://www.efmoody.com/miscellaneous/illiteracy.html

5. From General Education principles at the University of California , Davis , California .

6. Science. http://en.wikipedia.org/wiki/Science

7. Alvin Plantinga. Methodological Naturalism? http://.arn.org/docs/odesign/od181/methnat181.htm

8. Stephen K. Moroney. Neutrality and Advocacy in Teaching: A Case for Context-Specific Pedagogy. Christian Scholar’s Review. Fall 2004; 34, 1; Humanities Module p. 75-90.

9. Course descriptions of biological science courses in non-Christians emphasize the teaching of origins.

10. National Science Education Standards. http://www.nap.edu/readingroom/books/nses/html/1.html#goals

11. Richard Firenze. Lamarck vs. Darwin : Dueling Theories. Reports of the National Center for Science Education. July/Aug 1997, vol. 17, no. 4,pp.9-11.

12. Nation American Biology Teacher (NATB) Statement on Teaching Evolution:

NATB endorses the following tenets of science, evolution, and biology education. Teachers should take these tenets into account when teaching evolution.

The Nature and Methods of Science

  • Scientists do science by asking questions, proposing and testing hypotheses, and designing empirical models and conceptual frameworks for research about natural events. Scientists use both observations and inferences to gather evidence and draw conclusions respectively, inferences are logical conclusions based on observations. Conclusions generate additional hypothesis testing, which yields further observations and inferences. Theories are ultimately proposed to explain observations and inferences, predict consequences, and solve problems.
  • In science, a theory is an extensive explanation developed from well-documented, reproducible sets of experimentally-derived data from repeated observations of natural processes. Science does not base theories on untestable dogmatic proposals or beliefs.
  • Scientific theories can be—and often are—modified and improved as new empirical evidence is uncovered. Science is a constantly self-correcting endeavor to understand nature and natural phenomena.
  • The scientific study of evolution has both contemporary and historical aspects. Scientists study contemporary processes directly through observation and experiment. Scientists infer past processes through the study of the historical record (for example, fossils and rock strata) and contemporary results (for example, inferring past evolution from the features of modern organisms.
  • Evolutionary theory holds a unique prominence in biology and science for its unifying properties and predictive features, the clear empirical testability of its models, and the richness of new scientific research it fosters.

Essential Concepts of Biological Evolution

  • The diversity of life on earth is the outcome of biological evolution—an unpredictable and natural process of descent with modification that is affected by natural selection, mutation, genetic drift, migration and other natural biological and geological forces.
  • Natural selection is the primary mechanism for evolutionary changes and can be demonstrated both in the laboratory and in the wild. A differential survival and reproduction of some genetic variants within a population under an existing environmental state, natural selection has no discernable direction or goal, including survival of a species.
  • Biological evolution refers to changes in populations, not individuals. Changes must be successfully passed on to the next generation. This means evolution results in heritable changes in a population across many generations. In fact, evolution can be defined as any change in the frequency of alleles within a gene pool from one generation to the next.


Evolution in the Classroom

  • Evolution should be a recurrent theme throughout biology courses.
  • Teaching the principles and mechanisms of evolution across the biology curriculum—from molecular and cellular to organismal and ecological levels—promotes a rational and coherent scientific account of biology.
  • ….To contrast science with religion is not the role of science or science education.

13. Common Sense. http://ontodynamics.net/PDF_Files/COMSENSE.PDF

14. No theory can make this declaration. A theory is a working premise that changes often when new information appears. Therefore all theories are founded on the recognition that there are gaps of information they do not know, they have an ignorance of.

15. Eugenie C. Scott. Creationism, Ideology, and Science. National Center for Science Education. http://www.natcenscied.org/resources/articles/5200_creationism_ideology_and_sci_6_24...

16. Wolf-Ernst Reif, Thomas Junker, Uwe Hossfeld. The synthetic theory of evolution: general problems and the German contribution to the synthesis. Theory Biosci. (2000) 119: 41-91.

17. Lamarck Revisited. The Inheritance of Acquired Characteristics Gains Attention. File://E\Lamarck.htm

By which species changed their characteristics in response to environmental changes and passed the characteristics to future populations.

         Darwin speaks of competition. Lamarck speaks of cooperation.

         Darwin represents survival of the fittest. Lamarck speaks of the species making itself fit.

         Natural selection makes humankind a pawn of random mutations that indirectly determine its fate. Inheritance of acquired characteristics had humankind more directly involved in its fate.

         Natural Selection is harsh, cruel and insensitive. Inheritance of acquired characteristics promises practical applications that can benefit humankind.

         Random mutations can be lethal. Adaptive mutations are not lethal.

Epigenetic inheritance systems, in which the phenotype (observed appearance of an organism) that expresses cell information is modified by environmental stress, have been noticed as modified phenotypes appearing in subsequent generations.

Epigenetic changes, which are alterations in gene expression, can be passed from mother cells to daughter cells…Evidence is accumulating that the epigenetic changes are not erased.

Evolution must graduate from a theoretical study to a practical philosophy that guides our lives!

No! Science must become the practical guide not a philosophy to guide our lives.

18. Eugenie C. Scott. Creationism, Ideology, and Science. National Center for Science Education. http://www.natcenscied.org/resources/articles/5200_creationism_ideology_and_sci_6_24_1996.asp

19. Richard Dawkins. Quoted in Stripping Darwin Down: Science or Ideology? http://www.rae.org/sci-ideo.html

20. Critical Theory. http://en.wikipedia.org/wiki/Critical_theory

21. Critical Theory and Music Education. http://maydaygroup.org/crittheory4.html

22. Stripping Darwin Down: Science or Ideology? http://www.rae.org/sci-ideo.html

23. Ted Peters, Martinez Hewlett. Evolution from Creation To New Creation. Abingdon Press. 2003, p89

24. E. J. Steele. The Evidence for Lamarck. http://www.erim.org/qas2001/quadrant.html,Lamarckism. http://www.sqwark.com/Lamarckism.htm

25. G. Korthof. The implications of Steele’s soma-to-germline feedback for the safety of somatic gene therapy in humans. http://home.planet.nl/~gkorto39a.htm

26. G. Korthof. Are retrogenes changing Darwin ’s Natural Selection Paradigm? http://home.wxs.nl/~gkorthof/kortho39.htm

27. Epigenetics. http://squark.com/Epigenetics.htm

28. Gail Vines. Hidden Inheritance. http://ifgene.org/vines.htm

29. A Simplified Description of DNA Methylation. http://dnamethsoc.server101.com/WhatisDNAMethylation.htm

30. Epigenetics. http:www.wellcome.ac.uk/en/genome/thegenome/hg02b002.html

31. The latest research on the process of DNA damage and repair. http://www.infoaging.org/b-dna-home.html

32. DNA repair. http://en.wikipedia.oeg/wiki/ DNA _repair Also experiments show “that cells can repair themselves by producing the correct mutations at a rate billions of time sooner than if by chance alone had caused the changes.” Lamarck Revisited. The Inheritance of Acquired Characteristics Gains Attention. File://E\Lamarck.htm

33. What is DNA repair? http://tango01.cit.nih.gov/sig/dna/dnawhatis.html

Mechanisms for DNA repair include base excision repair (BER), which repairs damage due to alkylation or deamination; nucleotide excision repair ( NER ), which repairs damage by UV light; and mismatch repair ( MMR ), which corrects errors of DNA replication and recombination. Cells that divide can also repair DNA using DNA polymerases. Damage to both DNA strands is repaired by homologous recombination using th intact chromosome copy.

34. Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York: W.W. Norton & Company 2002), XVII.

35. Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York: W.W. Norton & Company 2002), 481.

36. Dennis Bray, "Protein Molecules as Computational Elements in Living Cells" Nature, 376, (27 July 1995): 307-312.

37. Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York: W.W. Norton & Company 2002), XVI.

38. Rossi, E., “In Search of a Deep Psychobiology of Hypnosis: Visionary Hypotheses for a New Millennium,”  American Journal of Clinical Hypnosis, 42 3/42:4, (2000): 178-207. 

39. Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York: W.W. Norton & Company 2002), 43.

40. Rossi, E., “In Search of a Deep Psychobiology of Hypnosis: Visionary Hypotheses for a New Millennium,”  American Journal of Clinical Hypnosis, 42 3/42:4, (2000): 178-207. 

41. Reinhard Grzanna, Roger M. Brown, “Introduction,” in Activation of Immediate Early Genes By Drugs of Abuse. eds. Reinhard Grzanna, Roger M. Brown. NIDA Research Monograph 125, NIH Publication No. 93-3504, 1993: 58-59.

42.V.A. Vaidya, R.S. Duman, “Depression—Emerging Insights from Neurobiology,” Br. Med Bull., 57, (2001), 61-79.

43. Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York: W.W. Norton & Company 2002), 108.

44. Ernest Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York: W.W. Norton & Company 2002), 151.

45. Ernest L. Rossi, The Psychology Of Gene Expression. Neuroscience and Neurogenesis in Hypnosis and the Healing Arts, (New York : W.W. Norton & Company 2002), 481.

46. Open Letter from World Scientists to All Governments. http://www.twnside.org.sg/title/let2000-cn.htm

47. Thomas H. Maugh. Ernst Mayr, 100; Biologist Explained Species Shifts in Darwin’s Theory of Evolution. Los Angeles Times. February 5, 2005 . Obituaries

48. Kenell J. Touryan. ASA in the 21st Century: Expanding Our Vision for Serving God, the Church, and Society Through Science and Technology. Perspectives on Science and Christian Faith, 56, (June 2004): 82-88.