Essays on Telomerase

Barbara McClintock was a one time student at Cornell University under the auspices of one C. B. Hutchison, who was lecturing in genetics during the fall in 1921. Genetics had not become a widely accepted course during the time, and students used to study it as a preamble to becoming plant breeders. Having been born in Hartford Connecticut in 1902, she earned her first degree in 1923, her Masters in 1925 and a Doctorate in Philosophy in 1927. Her steady rise as a geneticist was inspired by C. B. Hutchison. She studied the genetic characteristics of maize concentrating on ...

Magnesium is an essential nutrient

Magnesium is a mineral which is of great abundance in the human body. Along with enzymes, it is important for protein synthesis, muscle regulation and a host of other important cellular factors such as oxidative phosporylation, energy production which involves production and utilization of ATP and glycolysis. Additionally, Magnesium is required to assist in different cellular processes such as DNA replication and transcription and RNA translation(Barbagallo, 2012). Magnesium is found usually in the bones and or in the soft tissues of humans. Next to Potassium, it is the most abundant ion in the body. The plasma actually contains ...

Telomerase also known as telomere terminal transferase is a type enzyme in all vertebrates that extends Die ribonucleic acid sequence by repeating TTAGGG to the Die ribonucleic acid terminal strands in the region known as the telomere. It is found in adult germ cells, fetal tissues, and tumor cells. Telomere is the region of repeated nucleotide, which is made up of non-coding Die ribonucleic acid material. The region prevents loss of vital Die ribonucleic acid from chromosome terminals. This results to only a hundred to two hundred nucleotides being lost each interval the chromosome is duplicates, thus no damage is caused ...