The unmarried biological father's name may not be on the birth certificate until both parents fill out the Acknowledgement of Paternity (AOP).
The unmarried mother and father must sign an<u> Acknowledgement of Paternity</u> (AOP) in order to officially acknowledge their shared paternity.
Without having to go to court, the AOP establishes the father of the child if it complies with the requirements of District legislation.
The AOP can be finished most easily at the hospital or birthing facility right after the baby is born. The staff will assist parents in completing and notarizing the AOP.
The child's birth circumstances and the parents' marital status must allow them to establish paternity through an AOP.
This typically means that the child must be born in the District and that the parents cannot be wed or in a domestic relationship that is legally recognized.
Additionally, if the mother was married at the time of the child's birth, she cannot complete an AOP with a different man.
Hence, the unmarried biological father's name may not be on the birth certificate until both parents fill out the Acknowledgement of Paternity (AOP).
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The dermis is a layer of fiberous connective tissue. The dermis is made of two layers of connective tissue
One wouldn’t allow for passive transport. And the other would allow to much. The membrane serves as a gate. Non-permeable would be a solid wall were nothing and no one can get through or get out . Including things like water. And fully permeable would represent no gate at all and would allow to much in and out of the cell.
Answer:
Telomerase acts to elongate the 3' end of linear DNAs.
Explanation:
The 5' ends of the linear DNA can not be replicated by DNA polymerase due to the absence of free 3' end to be elongated. This is prevented by the action of telomerase enzyme which contains both RNA and protein components. The RNA component of the telomerase is 150 nucleotides long.
The telomerase enzyme elongates the 3' end of the template strand by using its inbuilt RNA template. Since it uses an RNA template to make the DNA copies, it is a reverse transcriptase. Repeated translocation and repositioning of the enzyme elongates the 3' end of the template DNA.
The RNA primase makes the RNA primer at the end of the new telomere strand which is then elongated by DNA polymerase. DNA ligase seals the nick. In this way, telomerase serves to prevent the loss of 5' ends of linear DNA in successive rounds of DNA replication.
