The statement indicating that 'Flat temperature solubility profile is preferred to avoid Ostwald ripening' is TRUE.
<h3>What is Ostwald ripening?</h3>
The expression 'Ostwald ripening' refers to the process observed in solids/liquids that modifies the non-homogeneous molecular structure.
For example, 'Ostwald ripening' describes how different crystals can dissolve, and then form redeposits.
Temperature is a factor that alters Ostwald ripening properties by influencing their interfacial energy.
Learn more about Ostwald ripening here:
brainly.com/question/15171697
Answer:
Ground substance:
Ground substance may be defined as the component of extracellular matrix that made up of proteoglycans. The main function of ground substance is to resist the compressive forces.
Collagen fiber:
Collagen fiber may be defined as a type of protein fiber that provides strength to the organism. Collagen fibers are present within the matrix of the cell.
Elastic fiber:
Elastic fiber are presnt in bundles in the extracellular matrix. The amorphous elastin is present in the elastic fiber. This fiber provide elasticity to the cells.
Reticular fiber:
Reticular fiber composed of the type III collagen. The reticular fiber acts as the supportive mesh of the liver and bone marrow. Reticular fiber was discovered by M. Siegfried.
Answer: health information management
Explanation:
However, by the time a cross match is done, the level of antibody in the recipient's plasma is too low to cause agglutination, making this type of reaction difficult to prevent. Likewise, during the blood transfusion the level of antibody is too low to cause an acute transfusion reaction. As people with blood group AB have no antibodies, they can receive all blood groups without issues. People with blood group O can only receive RBCs of blood group O, because they carry both antibodies. ... Hence, blood group O can be received by all other groups, and is therefore the universal donor.
Answer:
4 tablets t.i.d. (Three times a day)
Explanation:
By use of Dimensional Analysis, you can figure this out:
First, find how many mg she will take in a day:
Since she will take 3 equal doses, divide this by 3:
To find the # of tablets per dose, divide dose in mg by mg per tablet:
Since you can't realistically take .995 of a tablet, round up to 4.
