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Dna
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What is Dna?

DNA, or deoxyribonucleic acid, is the molecular blueprint that carries genetic information in living organisms, and it sits at the intersection of biology, forensic science, and technology. Students write about it across a wide range of courses, from introductory biology and biochemistry to criminal justice and forensic science. The topic is academically compelling because it bridges fundamental science — including the structure and replication of DNA first characterized by Watson and Crick — with real-world applications in medicine, law, and laboratory research. Its relevance to pressing social questions, particularly around justice and evidence, keeps it central to undergraduate and graduate curricula alike.

The papers students produce on this topic reflect a genuinely diverse set of approaches. Some focus on forensic applications, examining how DNA evidence and biological samples influence criminal cases, including situations involving misidentification. Others take an experimental or procedural angle, covering laboratory techniques such as PCR, DNA sequencing, and extraction methods. Comparative papers weigh DNA evidence against other forensic tools like fingerprints, while more biological essays explore processes such as genetic material exchange in plant tissue grafts or the structural mechanics of DNA replication and origin recognition.

A strong essay on DNA should open with a clearly scoped thesis — whether the focus is a forensic application, a laboratory process, or a structural concept — rather than attempting to cover the entire field. Evidence drawn from case analysis, peer-reviewed experimental findings, or documented criminal cases tends to carry the most weight. The most common pitfall is treating DNA as a single unified subject; strong writers identify a specific angle, such as the reliability of DNA evidence in court or the mechanics of a particular replication process, and develop it with precision.

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Paper Undergraduate
Evolutionary psychology and organizational behavior: response to Nicholson
RESPONSE & REACTION TO: NIGEL NICHOLSON "HOW HARDWIRED IS HUMAN BEHAVIOR"
Paper Masters
Aristotle's theory of form and matter in human nature
According to Aristotle, the nature of the human form is often a reciprocal cause and effect of human behavior: for example, hard work causes physical fitness; the physical fitness of the human form is motivation for the…
Research Paper Undergraduate
Parasympathetic nervous system dysfunction in Gulf War syndrome
This refers to a wide range of illnesses and symptoms, from asthma to sexual dysfunction, reported by and among U.S. allied soldiers who served in the Persian Gulf War in 1990-1991 (Encyclopedia of Alternative Medicine…
Research Paper Undergraduate
Migration patterns of Native Americans and Korean-Americans to the United States
Native Americans and Korean-Americans are separated by tens of thousands of years when it comes to immigration to the Americas.
Paper Undergraduate
The Human Genome Project's ethical dilemmas and moral challenges
Human Genome Project may be the most controversial research project in modern medical or scientific history.
Research Paper Undergraduate
Does race exist? Scientific and social perspectives on human genetic diversity
¶ … Scientific American by Michael J. Bamshad and Steve E. Olson ("Does Race Exist") brings the reader information that is understandably a bit heavy on the science end but helpful in a social context.
Essay Doctorate
Genetically modified foods: benefits and controversies
Genetically Modified Foods Introduction – What are Genetically Modified Foods? Genetically modified foods (GMF) are created through a biotechnological process known as genetic modification (GM). Genetic modification – also known as genetic engineering – alters the genetic makeup of plants, according to the Human Genome Project (HGP). Actually what scientists are doing when they genetically modify a plant is to combine certain genes from different plant species to basically change the DNA in the resulting plant species. The HGP paper reports that in 2006, some 252 million acres of "transgenic crops" had been planted in twenty-two countries by 10.3 million farmers. These crops (corn, soybeans, cotton, alfalfa, rice, sweet potatoes and canola) were planted in order to reportedly resist insect infestation. The sweet potatoes were modified in order to "…resist…a virus that could decimate most of the African harvest" (HGP). Fifty-three percent of those crops were planted in the United States; 17% were planted in Argentina; 11% were planted in Brazil; 6% were planted in Canada and the remaining percentages were planted in India, China, Paraguay and South Africa (HGP).
Paper Doctorate
Religious fundamentalism and the science-religion conflict in post-9/11 America
Religion has been on the losing side of a prolonged conflict with the secular world for the past two centuries. However, since the September 11 attacks by Muslim terrorists at the World Trade Center, religious terrorism…
Paper Undergraduate
Evidence for biblical events in scientific research and archaeology
Introduction common factor linking science and Christians in the debate about the existence of God, a hereafter - which is the Promise of God - and the history of Christians contained in the Bible is evidence.
Paper Masters
Construction of the mobilizable plasmid pMV158GFP
"Construction of the mobilizable plasmid pMV158GFP" is an article that describes the construction of a new, mobilizable plasmid, based on the pMV158 plasmid; but containing the gene which codes for green fluorescent protein (gfp) and is controlled by a maltose inducible promoter (Pm). This new plasmid will allow for a better understanding of the processes and development of infectious bacteria in their natural environment. With the creation of pMV158GFP a new tool has been developed that can be used to observe the processes of bacteria, especially infectious bacteria. And with a plasmid that can be mobilize between bacteria containing the fluorescence marker gfp, the future application of this tool is almost limitless when investigating the processes of bacteria.