Answer:
D. providing short term energy storage.
Explanation:
One of the primary functions of carbohydrates is to provide your body with energy. Most of the carbohydrates in the foods you eat are digested and broken down into glucose before entering the bloodstream.
The brain it creates a false sense of well being and energy a person will tend to push their body to the limit than it’s meant to go it can create a physical and mental breakdown after the effects of the drugs wear off it also decreases natural feelings of hunger they can experience extreme weight loss due to this also it disturbs your sleeping patterns so this has a lot to do with the brain because it controls all the things I’ve explained
Answer:
D. Met, Pro, Leu, Thr
Explanation:
AUG- Met
CCA- Pro
UUG- Leu
ACG-Thr
Hopefully this helps outtt !! :)
The nephron itself does not connect to the ureters
renal corpuscle ⇒ proximal convoluted tubule ⇒ nephron loop ⇒ Distal convoluted tubule ⇒ collecting duct ⇒ papillary duct ⇒ minor calyx - major calyx (union of minor calyces) - renal papilla (union of major calyces) ⇒ renal pelvis ⇒ ureter
What is the likelihood of their child having the disease is:
A. 0%
Explanation:
- The mother is heterozygous, thus she has an allele which is recessive and the other allele which is dominant.
- The father has no recessive allele for the gene.
- During meiosis in mother , two types of gametes will be produced. One type of gamete will have the recessive allele and the other type of gametes will have dominant allele.
- During meiosis in father, only one type of gametes will be formed which will have the dominant allele only.
- In a situation a female gamete with recessive allele is fertilized by a male gamete with dominant allele. The resulting zygote will be heterozygous.The effect of the recessive allele will be masked by the dominant allele and the child will not have the disease.
- In a situation a female gamete with the dominant allele is fertilized by a male gamete with dominant allele then the resulting zygote will be homozygous for dominant allele and obvioiusly the individual will not have the disease.
- Thus, in this case we can conclude that there is 0% chance of child having the disease.
