What is a polymer in biology?

In biology, polymers are molecules that are large. They are mainly composed of other molecules that are small in size and linked together lie chains. All living organisms make polymers. One example of a polymer is DNA. For DNA to be created, four different types of monomers are linked together. The monomers that create DNA are nucleotides.

Another example of a polymer is starch. Sugar monomers make up starches. To make a starch molecule, it may contain many glucose molecules. There are also proteins, which are polymers. The polymers are made from amino acids, which join together to make long strands.

Polymer is known to be a type of natural or synthetic substance that is made out of huge molecules. These molecules are called macromolecules. The molecules are normally arranged in a chain−like function. The natural polymers that can be found in the body are effective in creating and building tissues so that different living organisms can be properly created.

There are also synthetic polymers that are available. These are very useful chemicals that are made out of different repeating units. The natural polymers can naturally be found in nature and are water−based. They can be extracted and used too. One example of a natural polymer is cellulose while one example of a synthetic polymer is epoxy.

The two disadvantages of a master feeder fund structures are:
It may not offer advantages to all investors at all times and offshore fund is subject to 30% withholding tax on U.S dividends.

A master feeder fund is a hedge fund used to pool taxable and tax exempt capital raised by United States and overseas investors.

Option C – combined assets can be used to obtain better financing deals is an advantage of master feeder fund and not a disadvantage. This is known to reduce the operation and trading cost.