The theory is derived from a wealth of data regarding protein homologies. It shows that a fully ...
In discussing evolution with people who doubt its validity I have found they use the same ...
The human cells contain nuclei which have 22 autosomes and 2 sex chromosomes that are "X" and "Y"
This video shows how polar bodies rejoin the germline.
Make sure you watch "Why Intelligent Design is WRONG" before watching this video. Here I ...
The video will give you a well detailed list of transitional fossils.
Selfish sex chromosomes are explained in this science video. Other topics included are: Genes in ...
Endogenous retroviruses exist in human DNA by the thousands.The human genome is made up of 8% ...
The human nuclei contain 2 sex chromosomes.Females have 2 "X' chromosomes and males have one "X" ...
Redid the original video, I think you'll like this one a lot better.
Genes in Conflict Selfish Genetic Elements Mendelian Inheritance Intragenomic Conflict ...
READ THIS This video is NOT meant to be an accurate representation of evolution, as evolution ...
READ THIS In this video I deconstruct the broken watch straw man argument used by creationist / ...
Endogenous retroviruses are different kinds of retrovirus which evolved permanently integrated ...
This video gives a general description of what telomeres are.
B chromosomes are transposable elements, autosomal killers, Selfish mitochondrial DNA, selfish ...
Assignment seminar 'Genes in Conflict' about how to turn your powerpoint presetation in to a ...
Transposable elements form the telomeres of Drosophila Part 2 Second part of the movie
These element is a sequence of DNA that can change its position. This video explains it.
Demonstrates the molecular biology and genetic utility of transposons in plants.
In Vivo : Selected Stories of Genetic Engineering (1996)- Robert Wyrod This experimental ...
This movie is made by Dr Nguyen Thanh Cong working at the Agricultural Genetics Institute in ...
Dividing one polynomial into another
Proof of the logarithm property log_a (B) = (log_x (B))/(log_x (A))