Answer:
Efficiency of Genomic sequencing of viruses
Explanation:
Due to ebola, scientist improved their research and development on sequencing viruses to provide a more efficient test kit.
Similarly, during coronavirus outbreak, this crucial advancemeny in technology allows the virus's genome to be sequenced to provide essential information for scientist to develop a vaccine or even medication to inhibit the virus
Answer:
1. silent mutation
2. non sense mutation
3. missense mutation
Explanation:
1. <u>in a silent mutation</u>, the substituted base will code for <em>another</em> codon that will get translated to the <em>same</em> amnio acid
2. <u>in a non sense mutation</u>, the substituted base will code for a <em>STOP</em> codon that would cause the production of a faulty, usually non functional protein, <em>missing</em> some amnio acids.
3. in a missense mutation, the substituted codon codes for a <em>different</em> amino acid and this can have a small to great effect on the product protein based on its function. eg: sickle cell anemia where you've substituted a polar amino acid with a non polar one, thus causing severe consequences
The answer is A, bacteria can move around, use energy, and reproduce just like humans can, the only difference is they're single cell and we're not.
Answer:
renal vein
Explanation:
The afferent arteriole collects blood from the glomerulus and extends o the renal tubule where it divides into capillaries that ramify the tubule. This blood is the collected by the venules that join into the renal vein which carries blood away from the kidneys. The filtrate in the collecting tubule becomes urine and trickles down into the collecting duct where it joins urine from other nephrons. The urine then flows into the pelvis via the urinary bladder through the ureter.