It depends on the store. If they don't accept Discover then they don't except it so you can't
A specific Type A influenza virus known to infect dogs is the cause of canine influenza, sometimes referred to as dog flu, an infectious respiratory disease in canines. "Canine influenza viruses" are these.
<h3>What causes viruses to grow in the body of your dog? </h3>
- When your dog comes into contact with sick animals or items, viruses are frequently contracted.
- After that, the viruses invade your dog's body and start a battle with its immune system.
- The brain, limbs, and other crucial organs of your dog may be impacted.
<h3>What are typical canine viruses?</h3>
- The virus targets the digestive tract and is highly contagious, resulting in fever, vomiting, and severe, frequently bloody diarrhea.
- It can be transferred by direct contact between dogs as well as through infected surfaces, bowls, collars, leashes, tools, human hands, and clothing.
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Answer:
a. mimicry
Explanation:
Stick bugs are perhaps one of the better known examples of insect mimicry. Their twig-like appearance helps to defend them against predators that hunt by sight.
Answer:
a) False.
b) True.
c) False.
d) True.
e) False.
f) True
g) True.
Explanation:
a) The main characteristic of homologous chromosomes is that they have an equal size. There is a difference in size on both chromosomes.
b) In number one, two chromosomes are homologous. In number two also two chromosomes are homologous. On the other hand, the chromosomes at number one and two are different. Each chromosome has two sister chromatids.
c) A DNA molecule has a double helix, that is, two chains. When a DNA chain is broken and a chromatide has a DNA chain, then two chromatids make up a chromosome and a DNA chain, in this way there are eight dsDNA molecules
d) If each chromosome contains a centromere, therefore, there are four centromeres on all four chromosomes.
e) If a chromosome contains four telomeres, therefore there will be sixteen telomeres.
f) The function of cohesin is to regulate the separation of chromatids in the cell division process. When DNA replication is complete, the DNA compacts and condenses to form mitotic chromosomes.
g) The CENPA protein is encoded by the CENPA gene.