Approximately how many base pairs of DNA are there in one copy of the human genome? (You may wish to look at an outside source for this information.)
radio_button_unchecked
46
radio_button_unchecked
23
radio_button_unchecked
10,000
radio_button_unchecked
20,000
radio_button_unchecked
3 billion
SUBMIT
Ans is option E.
genome is formed by DNA. Each DNA has two strands, which are inter winding with each other. Here adenine from one chain forms two hydrogen bonds with thymine from the other chain. Similarly, guanine from one chain forms three hydrogen bonds with cytosine. This was base pairs are formed. There is total 3 billion base pairs present in one copy of human genome.
Approximately how many base pairs of DNA are there in one copy of the human genome?...
1. The genome of organism A consists of approximately 2.184 ×109 base pairs, and DNA synthesis occurs at a rate of 500 base pairs per second. How many minutes would it take to synthesize the entire genome of organism A, if there were only one origin of replication? 2. It turns out that organism A is actually able to synthesize its entire 2.184 ×109 bp genome in only 35 minutes. How many origins of replication must there be? 3. The...
One copy of the human genome is 3 billion (3 X 109base pairs). Pretend that instead of 4 bases (AGCT) there are 5, and that the 5th base (called D) pairs with itself. Pretend also that all 5 bases are present at equal frequency in the human genome. Suppose you digested to completion one copy of the human genome with the enzyme Eco RI (recognition sequence 5'-GAATTC). A Given the information above about the 5thbase, what would be the average...
The human genome consists of approximately 3 billion base pairs. If humans typically differ from one another by about 3 million base pairs, what is the nucleotide variability of Homo sapiens? How was this calculated?
The human genome comprises just over 3.1 billion base pairs. Assuming average nucleosome spacing throughout the genome, how many molecules of histone H2A are present in the chromatin of one somatic human cell after DNA replication but before cell division? O 32 million 6.2 million O 124 million 3.1 milion 62 million
Based on genomic analysis, the human genome is thought to include approximately how many protein-coding genes? 10,000 20,000 60,000 120,000
One copy of the human nuclear genome (i.e., the amount in a gamete’s nucleus) weighs approximately 3.5 picograms. Calculate the mass of nuclear DNA (in picograms) found in a human nucleus: a) during G1 ? b) during G2? c) after mitotic telophase and cytokinesis? d) after meiosis I? e) after telophase and cytokinesis of meiosis II during oogenesis?
11 Review Part B The genome of an organism consists of approximately 1.9 x 10° base pairs. DNA synthesis occurs at a rate of 40 base pairs per second. In the early embryo, the entire genome is replicated in 5 minutes. If there are 1.9 x 10° bases in the genome, and 24000 bases can be synthesized in 5 minutes, approximately how many bidirectional origins of synthesis are required to accomplish this feat? • 3958 0 7917 0 39583 79167...
Biomolecules Bioengineering The DNA molecules carry the genetic information / code, and in that respect they can be considered a signal. What is the alphabet of that signal? How many bits does each symbol have? The haploid human genome has approximately 3 billion base pairs. Would the information from sequencing a human fit on a CD? Imagine that instead of writing the solution of this homework assignment (so the answers to these three questions), you were aminoacids as letters and...
1. The human genome contains approximately _________ base pairs. 2. What are gametes? Provide two examples of human gamete cells. 3. Describe homologous chromosomes 4. True or False: Chromosomes packed together with histones are called chromatid. 5. True or False: Karyotyping is useful in illustrating the number of chromosomes. 6. In karyotyping, the chromosomes are stained with a ____-binding dye called a _______ stain. 7. What is the function of trypsin? 8. What does GTG stand for?
The human diploid genome contains 6.4x109 bp. For B-form DNA, assume an average distance of 0.34nm per base pair along the DNA molecule and an average diameter of a DNA molecule to be 2.4nm. Does the genome, in B-form, fit inside a nucleus (approximate a sphere of 6µm diameter)? If so, what fraction of the nucleus is taken up by DNA? If not, how many nuclei do you need to contain one diploid human genome?