Do fungi, plants or bacteria have proteins that resemble human myoglobin?
Bacteria like Halobacterium salinerum and Bacilis subtilis has been found to contain proteins which resembles similar to myogloblin a recent discovery has found and it is said that it can be used to sense the oxygen present in the surrounding environment. Researchers have found it by creating similar Genes which are responsible for the protein production.
Similarly plants show the proteins similar not to myogloblin but to hemoglobin where there are three types symbiotic ,non symbiotic and truncated heamoglobulins. This is mentioned here because hemoglobin and myogloblin have resemblance similar as they are used in oxygen transportation.
Fungi also has some proteins like myogloblin ,protozoaans like Paramecium caudatum and yeast containing hemoglobin like structures such as Candida norvegensi
Do fungi, plants or bacteria have proteins that resemble human myoglobin?
?Dead plants and animals are decomposed by bacteria and fungi into : ? A. butterfly B. grasshopper C. mosquito D. housefly.
Scientists have engineered bacteria to produce human proteins such as human growth hormone (hGH) to help treat dwarfism. Suppose the unmodified eukaryotic gene coding for hGH is inserted directly into a bacterial chromosome. Select the reasons why no expression would be seen in the bacterial cell for the hGH gene. Bacteria cannot remove intronic sequence from a gene, so if the gene for hGH were transcribed, it would translate to a nonfunctional protein. The bacterial nucleoid does not have the...
Compare and contrast general structure of bacteria, fungi and viruses. Indicate both hazardous and beneficial impact they have on human life with giving one specific example for each. 1. Fungi 2. Bacteria 3. Viruses - This is microbiology
Consider each of the following types of organisms: bacteria, plants, fungi, and animals. For each, would you predict they would be infected by enveloped or non-enveloped viruses? Which animal tissue would you expect to be the target of an enveloped virus and why? Your answer must include the relevant details of the organism/tissue structure that explains your choice.
How do the bacteria and fungi which can grow at different temperature adapt to changes in membrane fluidity?
Both humans and fungi are eukaryotic. Looking at the structures found in human and fungal cells, propose one possible cellular target of antibiotics that would impact fungal cells but not human cells. Provide two examples of beneficial fungi and two examples of beneficial bacteria. Include binomial names and how we benefit from these organisms.
NeAtly 83- There has been a rise of antibiotic resistant bacteria that have arisen due to the improper usage of antiobiotics (e.g. feeding antibiotics to farm animals and people not taking all of their antibiotics as they should). Based on the three types of horizontal gene transfer, which one do you expect is producing antibiotic resistant strains? Explain why they resemble the ancestor that gave rise to all fungi, whereas yeast are members of the most advanced fungi. What type...
Do Archaea utilize single DNA-binding proteins in a similar manner as Bacteria or multiple proteins as Eukarya? 1Archaea uses some DNA-binding proteins like Bacteria and others like Eukarya. 2Eukarya 3Bacteria 4neither Bacteria nor Eukarya
we transform bacteria to make medically useful human proteins such as insulin and growth hormone. explain how the experiment we did could be modified so that we could transform e coli cells to manufacture huge quanties of human insulin molecules. this is a two part wuestion
please help ways in which fungi are different than bacteria? (Prokaryotic vs. eukaryotic DOESN'T about reproduction, nutrients, environmental conditions they can grow it, etc.) b) Why are 16. a) Explain two COUNT .Think nfections often harder to treat than bacterial infections? (Think about how similar human cells are to fungi and bacteria and how this determines possible treatments.) bacteria is uniellular is muth cellular.