A flower has the following:
Petals - segments of the flower
Sepal - outer parts of the flower at the bottom covered in bud
Stamen - produces pollen in the flower
Anther - where pollen is produced
Pistil - produces ovary of the flower
Stigma - where pollen germinates
Pollination occurs when insects like bees and butterflies transfers the pollen from one flower to another. Once transferred, fertilization begins.
RNA, 3, 4.
The very important thing here is the knowledge of the process of how a cell makes a protein, and this is quite simple. It starts at the nucleus of a cell, with the polymerase RNA reading the DNA and then making a single RNA ribbon, the mRNA, this contains 4 kinds of ribonucleotides, adenylate, guanylate, uridylate, cytidylate. This ribbon then gets out of the nucleus carried by tRNA containing the codon that matches these for, but in cracks (3).
Don't forget that this process is all based in amino acids, a protein is formed by these, and each crack will determine what this protein or that one will do for the cell's survival. So the conclusion to that is: all the proteins in your body are based in your own DNA, that's why you are who you are.
Answer: number five is muscle
Explanation:
Generally someone 120 pounds would use a 12 pound ball
Answer: hope it helps..
Explanation: CT enterography is a new non-invasive imaging technique that offers superior small bowel visualisation compared with standard abdomino-pelvic CT, and provides complementary diagnostic information to capsule endoscopy and MRI enterography. CT enterography is well tolerated by patients and enables accurate, efficient assessment of pathology arising from the small bowel wall or surrounding organs. This article reviews the clinical role of CT enterography, and offers practical tips for optimising technique and accurate interpretation.
