It was established because Ancon sheep mutation was noted in the excavated remains in the UK which dated as early as 1500 AD and later found in other parts of US in 1700-1900. It only indicates that the mutation exists even before the Dover ram discovery in 1791. Dwarfism mutation with a pronounced short leg in Ancon sheep was caused by constant crippling.
Answer:
silicon-32
Explantion: Silicon is a chemical element that has atomic number 14 and is located in group 14 in the periodic table. Silicon has 23 recognized isotopes, with mass numbers from 22 to 44. The oldest lived radioisotope is Silicon-32, and its half-life has been examined to be around 150 years. Silicon-32 is formed in the atmosphere by cosmic ray spallation of argon and is released on the surface of the earth in precipitation.
The tick is considered the vector in the chain of infection.
Generally, vector organisms are organisms that are capable of transmitting disease pathogens from infected organisms to uninfected ones either directly or indirectly as a result of their activities.
Ticks are parasites that feed on the blood of vertebrate animals such as deers and humans. When they feed on the blood of animals with certain infections, the pathogens for such infections are sometimes carried in the guts of the parasites and these are transferred to the bloodstream of the next animal that would be their host.
A good example of this is Lyme disease.
More about vectors can be found here: brainly.com/question/12596213?referrer=searchResults
Answer:
How many homologous pairs are found in a diploid cell? 22 pairs
b. How many single chromosomes (unreplicated) are found after the Sphase? 46 chromosomes
c. How many chromosomes are present in one cell at the end of meiosis II? 15 chromosomes
d. How many chromatids will be found at the beginning of meiosis I? 92 chromatids
e. How many cells will be produced at the end of meiosis II? four
f. How many tetrads will form in mitosis? 23 different tetrads
Explanation:
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The movement of substances from the glomerular capillaries into the capsular space is glomerular filtration.
<h3>What is Glomerular filtration?</h3>
- A test called the glomerular filtration rate (GFR) measures how efficiently the kidneys are functioning.
- In particular, it calculates the volume of blood that flows through the glomeruli each minute.
- The kidneys' globulin are microscopic filters that remove waste from the blood.
- The force of the differential between hydrostatic and osmotic pressure leads to glomerular filtration (though the glomerular filtration rate includes other variables as well).
- Water and other tiny solutes are removed from the bloodstream by the glomerulus.
- In addition to trash, the filtrate also includes nutrients the body requires, such as glucose, amino acids, and smaller proteins.
- The filtrate enters the renal tubule, a duct in the nephron, after leaving the glomerulus.
Learn more about glomerular filtration here
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