The activity of an enzyme is affected by its environmental conditions like for example the temperature of the enzyme increases the kinetic energy that molecules are progressing
A microbe or microorganism refers to a microscopic species that may prevail in its single-celled kind or in a colony of cells. The microorganisms comprise all the unicellular species and so are tremendously diverse. They survive in almost all the habitat from the equator to the poles, geysers, deserts, deep sea, and the rocks.
Microbes play an essential role in human culture and health. Some of the microbes act as pathogens accountable for various infectious diseases. In the given question, the following are the responses that pertain to the relative burden of human infectious ailments in the world at present:
1. Nearly 200 microbes can result in human disease at present time.
2. Various diseases that used to be noninfectious possibly do not include the microbial infection on the basis of the present studies.
3. There is an enhancement in the number of microbes, which are resistant to the drugs at present.
Answer:
In photosynthesis, light gives energy to the electron moving through the electron transport chain. So its C.
Explanation:
In the photosynthesis of plants, the light gives energy to the electrons passing through the electron conveyor chain. This Light energy is then transformed to chemical energy, which creates ATP; an energy storehouse molecule, and NADPH, a decreased electron transport. Moreover, light energy is utilized to elevate protons across a membrane to compose a proton-motive force.
You should not tell her. By law, your conversation with your patient is confidential.
Answer:
develop methodologies to increase the production of hormones for human use
Explanation:
Genetic engineering refers to the manipulation of an organism's genes by using recombinant DNA (rDNA) techniques in order to develop biotechnological and biomedical applications. For this purpose, genetically engineered bacteria carrying recombinant human genes can be used for producing human hormones. For example, recombinant human insulin can be produced by using <em>Escherichia coli </em>strains, and this hormone can then be purified as genetically engineered bacteria grow in order to treat diabetic patients. For this purpose, a bacterial plasmid (i.e., an independent fragment of circular bacterial DNA) is cut with restriction enzymes and then the human gene encoding the hormone of interest is inserted into the plasmid. Finally, the genetically modified plasmid may be readily transferred to the bacterial chromosome and thus increase the supply of the hormone of interest for its use by humans.