Plankton they are the base for marine life
<span>DNA Paternity Testing is the most advanced and accurate method available for resolving parentage for medical, legal, or personal reasons.
Turnaround Time: With advanced DNA technology, paternity testing is accurate, rapid and affordable. Paternity can now be determined 3 to 5 business days after the samples arrive at the laboratory. Results are released immediately once the testing is completed.
Description: During a DNA paternity test, a buccal swab (mouth swab) specimen is collected from the child and the alleged father. Testing the mother is optional. The sample which is collected contains cells, and most of the cells in our body contain a full set of genetic information in the form of DNA (deoxyribonucleic acid). A person's DNA represents a "genetic blueprint" and like a fingerprint, is unique to each individual. At the laboratory, the DNA is extracted from the cell and specific regions of the DNA are amplified by a process known as PCR (polymerase chain reaction) for careful examination. The DNA pattern of the child is compared to that of the alleged father. Because the genetic information of a child is inherited from his/her biological parents, examination of the DNA of the child will conclusively determine whether the alleged father is the true biological father of the child.
Who should consider the Private Test option? The private home test kit option is suitable for individuals who wish to find out the truth about paternity before deciding on the next step. If a private test is ordered, a buccal swab (mouth) swab DNA kit is sent directly to the parties involved in the test for sample collection. The sample collection process is quick, easy and discreet and takes just minutes to complete. Once the laboratory receives the samples, testing is completed within 3 to 5 business days.</span>
Order:
2 5 1 4 3
What the numbers mean:
From left to right the tiles are 1-5 just order them like second one first, fifth one second, first one third, fourth one fourth, third one last. Hope this helps!
(Ps I have them numbered because I had typed out the whole sentence but then I accidentally deleted it so I just numbered it)
Answer:
the answer is E sugar I think
Answer:
5) modified guanine nucleotide
Explanation:
The 5 'end of the mRNA is modified in the eukaryotic nucleus (but not in the mitochondria or chloroplasts). Modification reactions are probably common in all eukaryotes. Transcription begins with a nucleoside triphosphate (almost always a purine, A or G). The first nucleotide retains its 5' triphosphate group and forms the usual phosphodiester bond from its 3' position to the 5' position of the next nucleotide.
But when mature mRNA is treated in vitro with enzymes that must degrade it into individual nucleotides, the 5' end does not produce the expected nucleoside triphosphate. Instead, it contains two nucleotides connected by a 5'-5' triphosphate bond and also contains methyl groups. The terminal base is always a guanine that will be added to the original RNA after transcription.
The addition of G at the 5' end is catalyzed by a nuclear enzyme, guanidyl transferase. The reaction occurs as soon as transcription begins and it is not possible to detect more than traces of the original 5' triphosphate end in nuclear RNA. The total reaction can be represented as a condensation between GTP and the original 5' btriphosphate terminal of the RNA.
