<span>The common example of a zygomycete is black bread mold (Rhizopus stolonifera), a member of the Mucorales. It spreads over the surface of bread and other food sources, sending hyphae inward to absorb nutrients. In its asexual phase it develops bulbous black sporangia at the tips of upright hyphae, each containing hundreds of haploid spores. If the mycelia of complementary mating types are present, the fungus reproduces sexually and produces zygosporangia. Zygosporangia are typically thick-walled, highly resilient to environmental hardships, and are metabolically inert. When conditions improve, however, they germinate to produce a sporangium or vegetative hyphae. </span>
Kumquats belong to the Fortunella genus and are considered a <u>cold hardy</u> type of citrus for Arizona due to their long dormancy.
<h3>What is a kumquat?</h3>
It is a citrus that belongs to the the Fortunella genus that has a high content of vitamin C, high antioxidant content and many other vitamins.
<h3>Characteristics of a Kumquat</h3>
It is the most cold hardy citrus, withstanding up to -5ºC, although it is more sensitive to high temperatures.
- They are well adapted to Arizona's subtropical wheather.
Therefore, we can conclude that kumquats are a citrus that are characterized by being versatile, in terms of their ability to resist temperatures.
Learn more about kumquats here: brainly.com/question/8608953
Bacteria still offers its benefits. Like for example in the digestive system, they help break down food, like plant fibers. They also supply us with vitamins like biotin and Vitamin K.
C)No, the human body is made of many types of cells. It is also made of white blood cells, tissue cells, etc.
Answer and Explanation:
A restriction enzyme is a type of endonuclease enzyme that recognizes a specific short nucleotide sequences on the DNA and cuts the DNA only at palindromic sites. There are different types of restriction enzymes:
1. Type I restriction enzyme – It cuts at sites far from the recognition site and requires both ATP and S-adenosyl- L-methionine as cofactor to function.
2. Type II restriction enzymes – It cleaves at short-specific distances from the recognition site and mostly requires magnesium to function.
3. Type III restriction enzymes – It recognizes two separate non-palindromic sites and cleaves at 20–30 base pairs away from a recognition site. It requires both ATP and S-adenosyl-L-methionine .
The restriction enzymes cleave DNA sequences producing either sticky or blunt ends that can be ligated with other sequences.
