Free Genetics Essay Examples to Learn From

1. Introduction:
The genetic information of a cell is coded in its DNA sequences. A base change in this DNA sequence causes a corresponding change in the genotype and the corresponding phenotype. These changes are often inherited by the progeny cell during cell division. Now we know that phenotype is not just influenced by the genetic information stored in the DNA sequence, but also the micro and macro environment of the cells. Two identical DNA sequence can give different phenotypes in different environment. Even two genetically identical twins when raised in different environment can show a number of variations. Continue reading...

Carl Zimmer “Seeing X Chromosomes in a New Light” nytimes.com JAN. 20, 2014 2
Alexandra Sifferlin  “Human Emotions Are Not as Complex as We Thought”. Time.com Feb. 5, 2014 6
Alexandra Sifferlin. “Humans and Dogs Process Emotions Similarly”. Time.com. Feb. 21, 2014 7
Nicholas Wade. “Researchers See New Importance in Y Chromosome”. nytimes.com. APRIL 23, 2014 8
P. Nash Jenkins   “Squid Protein: Our Best Defense Against Chemical Weapons?”. Time.com. June 17, 2014 10
KIM TINGLEY “The Brave New World of Three-Parent I.V.F.”. nytimes.com. JUNE 27, 2014 11
Kate Lunau “Mackenzee Wittke, a five-year-old Alberta girl with the body of Continue reading...

Introduction

Genetically modified foods or GMFs can be described as “foods derived from organisms whose genetic material (DNA) has been modified in a way that does not occur naturally, e.g. through the introduction of a gene from a different organism” (Verma & Singh, 2014). The techniques employed for the alteration of the genetic composition of a plant or an animal or the transference of genetic order from one life form to another have been introduced, developed, and promoted since the ending years of the twentieth century. Staple crops that are modified genetically like soya or corn are available in many regions Continue reading...

Introduction

The Transcription elongation factor B, polypeptide 1 is a protein variant that in the species Homo sapiens is encoded by the TCEB1 gene also referred to as SIII or eloC (National Center for Biotechnology Information (NCBI), 2015, sec. 1). Structurally, the SIII Complex is a heterotrimeric compound composed of three elongins sub-units – elongins A and A2 (110kD), B (18kD), and C (kD). However, further analysis divulges that elongin C protein is a subunit of the transcription factor B framework (otherwise referred to as elongin SIII complex) (GeneCards, 2014, sec. 1). Functionally, the SIII compound purpose is the activation of Continue reading...

Literature Review

Introduction:
The definition of genetic selection and animal welfare.
The parameters for the assessment of animal welfare.
The importance of genetic selection for the safety and health of livestock.
How genetic selection contributes to the general production levels of livestock.
The contribution of genetic selection to the development of positive emotions in livestock.
Rate of production and profitability indices due to genetic selection in animals.
A brief outline of the topics and areas of interest:
Considerations for animal welfare
Benefits of genetic selection
Methods of genetic selection
Genetic profiling and analysis for resistance
Considerations for animal welfare

Standards for proper animal welfare.

How genetic Continue reading...

The Human Genome Project (HGP) was a scientific research project whose goal was to map the gene sequence of human beings. HGP was initiated and sponsored by the U.S government, but involved institutions and scientists from different regions of the world such as Japan, China, Germany, the U.K and France, making it the largest collaborative scientific research project of its kind. The project mapped about three billion base pairs (estimated to nbe between fifty and a hundred thousand genes). It started in 1990 after four years of development and planning and ended thirteen years later in 2003. Interestingly, the Continue reading...

German biologist, Christiane Nusslein-Volhard is renowned for elucidation of the genetic control of embryonic development of fruit flies. Her contribution earned her the Nobel Prize in Physiology or Medicine, together with American geneticists Eric Wieschaus and Edward B. Lewis. Throughout this paper I will detail the early career of Dr. Nusslein-Volhard and the ways in which her research helped to revolutionize the field of developmental biology as it pertains to embryonic development and gene analysis/function.

Academic background

Christiane Nusslein-Volhard was born on October 20th, 1940 in Magdeburg, Germany. As she grew, she developed interest in studying plants and animals and inclination Continue reading...

Food is an essential basic need that every person desires. In the old days, the production of food was only through hunting and farming which took a long period before these foods arrive on our table. Nevertheless, today, technology has made it possible for food to take the shortest time before harvest as well as enabling mass production of food. Unluckily, the markets and politicians are taking an advantage of technology to influence the world to embrace the birth of Genetically Modified Organisms. GMOs are organisms especially plants and animals whose genetic code has been altered to make them Continue reading...

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FADE IN:
INT. DANCING CLASS – EVENING
In a dance room, six women and two men move from right to left, front and back, following the instructors’ indications, a middle aged woman, but highly spirited. GENE and NILES dancing next to each other on Irene Cara’s “What a Feeling”.

NILES

(imitating the instructor)
One, three, free, four, one, three, free, four. That’s the rhythm. Tired much, Robbins?

He talks to Gene, calling her on her surname, watching her slyly, while elegantly executing the steps.

GENE
Watch out, Hoffman, those pants of yours are gonna fall from all the excitement.
NILES

GENE

Got anything I’d be interested in, Hoffman?
She turns her head towards him, while biting Continue reading...

“Epigenetics” from Nova

Epigenetics can be defined as the science of studying the chemical influences on genes that turn on some traits and suppress others. The video, “Epigenetics” from Nova on PBS was a very interesting video which explained epigenetics and its effects. Science has led us to believe that genes are responsible for our physical appearance, personality, and behavior and pre-disposition to disease. Current research into epigenomes and their functions is both raising questions and providing some answers as to why some genetic traits are evident in people while others are not.
The video studied sets of identical twins who are Continue reading...