<h2>Plasma Osmolarity </h2>
Explanation:
- Osmolarity is the quantity of milliosmoles/liter (mOsm/L) of arrangement. It is the centralization of an osmotic arrangement. This is the normal bedside estimation utilized in clinical settings for osmotic action. Model: Plasma and other body liquid osmolarity: 270 – 300 mOsm/L.
- Plasma osmolality is an approach to gauge the electrolyte parity of the body. Osmolality (estimated by an osmometer in a clinical research center) is actually not the same as osmolarity, which can be determined dependent on the deliberate sodium, urea, and glucose centralization of the plasma. Osmolality is a proportion of osmoles of solutes per kilogram of an answer where osmolarity is a proportion of osmoles per liter of dissolvable.
Answer:
Bacause they protect the chromosomes
Explanation:
A telomere is a repetitive region located at the ends of a chromosome, their function is to act as caps to protect the inner regions when the chromosome is worn down during DNA replication. This worning out happens because a short stretch of DNA is not covered by an Okazaki fragment and therefore is not copied, eventually over multiple rounds of division <em>the telomers will prevent the shortening to reach the important inner part that contains the genetical information.</em>
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Addition polymerisation???
Answer:
Option-D
Explanation:
Casparian strips are the strips or band composed of a hydrophobic substance called the suberin which forms the ring-like structure in the endodermis of the vascular plants.
The Casparian strips are present around the vascular bundles in the endodermis to allow the uptake of the selective nutrients as the substance has to pass through the cell membrane before it enters the centre of the root or stele or vascular bundles.
The Casparian strips allow the movement of a substance through symplast mode only, therefore, is ensures the substance to pass through the cell membrane.
Thus, Option-D is correct.
