Protein tumor markers found both in normal fetal tissue and in certain tumors are referred to as alpha-fetoprotein.
The time period Tumor markers can also discuss with proteins which can be made by both healthy cells and cancer cells in the frame. it could also talk to mutations, modifications, or styles in a tumor DNA. Tumor markers are also known as biomarkers. docs might also use tumor marker exams to study when you have cancer.
Protein molecular weight markers, from time to time known as protein requirements or protein ladders, are used to estimate the molecular weight of proteins of hobby and to monitor the development of electrophoretic separation or transfer in Western blotting.
Tumor markers are materials observed in higher-than-regular tiers inside the blood, urine, or tissues of a few people with most cancers. these materials, that are additionally known as biomarkers, may be made by way of the tumor. They also can be made by wholesome cells in reaction to the tumor.
Learn more about Tumor markers here:- brainly.com/question/14812652
#SPJ4
Answer:
hi, here's the answer of your question
Tighten bolts on your engine to prevent oil leaks.
Replace cracked or worn hydraulic lines and fittings before they fail.
Outfit your engine with an oil tray or drip pan.
Create your own bilge sock out of oil absorbent pads to prevent oily water discharge.
hope this was helpful...
<em>pls mark this as the brainliest answer...</em>
That they can speak both languages that are required, that they have no suspicious records and/or arrests in the past, and that they work well with others.
Hydrogen bonds<span> are much weaker than covalent bond because of its bond is formed through fundamentally electrostatic interactions.
Hydrogen bonds happen due to dipole-dipole attraction while covalent bonds happen when valence electrons are shared.
Reasons why complementary nucleotides across the double-stranded dna bond together using hydrogen bonds rather than covalent bonds are (1) the distance between two strands, (2) size of the bases, (3) geometry of each base.</span>