- Millions of short sequence reads can be generated using next-generation sequencing technology in a high-throughput, economical manner.
- These new technologies have not only made genome sequencing easier but have also begun to alter the field of life sciences.
- some of their most important uses includes protein-nucleic acid interaction assays, single nucleotide polymorphism (SNP) and structural variation discovery, whole-genome sequencing and resequencing, mRNA and noncoding RNA profiling, and single nucleotide polymorphism (SNP) and structural variation discovery.
- These case studies in metagenomics, epigenomics, structural, functional, and comparative genomics are painting a fuller picture of the structures and functions of the genome.
- These next-generation sequencing technologies will soon have a significant impact on a variety of fields, including agriculture, food, and nutrition.
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The answer is a bc it’s the eight answer
When something needs to be transported against its concentration gradient, or a molecule is too big to simply diffuse through a membrane, active transport has to be used. So active transport requires energy (ATP).
Examples:
1. Antiport pumps: transport one substance in one direction while transporting another substance the other way. An example of this is the sodium-potassium pump.
2. Symport pumps - uses a substance that wants to move from an area of high concentration to low concentration and carries another substance against its concentration gradient. An example of this is the sodium-glucose transport protein
3. Endocytosis - large amounts of extra cellular fluid can be taken into a cell - needs ATP to bind proteins in the cell membrane and causes them to change their shape...which eventually causes the surrounding of the fluid to be brought in (a vesicle).
4.exocytosis - opposite of above
I'm pretty sure it's Latin, acer means tree and I think rubrum is red
Answer:
Intestine is the lower part of the alimentary canal from the end of the stomach to the anus.
Explanation:
