mold/fungi growth requires no light and craves damp darkness
Answer:
False
Explanation:
Stem cells are different type of cells in human body that can develop into different other body cells like muscles cells or brain cells and they gave the capability to renew themselves through mitotic cell division.
Stem cells are not lost in childhood but can be use to treat diseases or infection, it can be use to grow new cells and replace damaged body cells.
Rubisco makes up about half of the protein that content in a typical chloroplast and it is very inefficient enzyme, the catalyzing only have three reactions per second
A chloroplast is the organelle within the cells of the plants and the certain algae that is the site of the photosynthesis, which is in the process by which the energy from the Sun is converted into the chemical energy for the growth.
Chloroplasts are the plant cell organelles that is convert light energy into the relatively stable which chemical energy via photosynthetic by the process. By doing this so, they are sustain life on the Earth. Chloroplasts is also provide the diverse metabolic activities for the plant cells, that including the synthesis of the fatty acids, and the membrane lipids
To know more about Chloroplasts visit:
brainly.com/question/11136550
#SPJ4
Telophase because the chromosomes reach poles and new nuclear membranes form around the chromosomes, creating the nuclei for two new cells. The chromosomes decondense and the cell splits into two daughter cells, each with a nucleus.
Hello. You forgot to enter the answer options. The options are:
"A) This organism cannot be grown in the lab. B) a batch culture using a low-nutrient medium C) on Petri plates containing a low-nutrient medium D) a chemostat using a low-nutrient medium"
Answer:
D) a chemostat using a low-nutrient medium
Explanation:
The most appropriate culture medium for this bacteria to be grown in the laboratory is a chemostat using a medium with low nutrient content. This is because this culture provides similar resources to the resources that this bacteria finds in its natural habitat. Thus it would be possible for these bacteria to develop in the laboratory, presenting characteristics similar to those it presents in nature, allowing the full study of this microorganism.
Culture media products prepared to provide nutrients necessary for the growth of microorganisms outside their natural habitats. These media are prepared in laboratories and are essential for all branches of microbiology.
