Answer:
they are being selfish they don't care bout the people who could lose their lives cause they don't have an organ they need U should be happy to be an organ donor
Explanation:
Answer:
Carrier proteins are involved in facilitated diffusion and active transport of substances out of or into the cell (e.g. diffusion of sugars, amino acids and nucleosides, uptake of glucose, transportation of salts, glucose, amino acids, etc.).
Explanation:
Answer:
Scientists.
Explanation:
No government can understand the cause of any environmental issue and the way to solve it or reduce the effect the environmental issue. Only a scientist can say that.
It is possible for the scientists because they know about environmental hazards, and by doing research, they can find any remedy.
So, if the socioeconomic condition changes because of any environmental issues, it is not possible to solve by the government alone. Firstly, The government should take advice from scientists to reduce the effect of environmental problems. After reducing the effect of the issue, the government can think about changing its socioeconomic conditions.
Answer:
Since the 2 strands of DNA are antiparallel to on another, DNA must be replicated both continuously and dis-continuously. The side of DNA that is replicated dis-continuously is done so in small parts called <u>okazaki fragments</u>.
Explanation:
OKAZAKI FRAGMENTS - Okazaki fragments are short DNA nucleotide sequences (roughly 150 to 200 base pairs in eukaryotes) that are synthesized in a non-linear fashion and then linked together by the enzyme DNA ligase to form the lagging strand during DNA replication. They shape short double-stranded DNA sections when combined with the lagging template strand.
The primosome initiates Okazaki fragments by generating a new RNA primer. To restart DNA synthesis, the DNA clamp loader releases the lagging strand from the sliding clamp and reattaches the clamp to the new RNA primer. DNA polymerase III will then synthesize the segment of DNA.
Reiji Okazaki, Tsuneko Okazaki, and their colleagues first found Okazaki fragments in 1968 while researching bacteriophage DNA replication in E. coli.
