Answer:
Southern Texas
Explanation:
The Wind pattern often is represented by the westerlies, which are the winds that flow in the northern latitude of the world. The humidity level in this zone varies from 10-20%, since we are in the desert we do not have much humidity, the solar intensity is high, often found in the 9-10 uv range, it is not advised to spend more than 10 minutes on direct sun without solar protection. We have the Rio Grande to the south and some spare mountains.
NADH is an energy carrier molecule that shuttles some of the energy from glycolysis
Answer:
<u>B</u><u>i</u><u>o</u><u>g</u><u>e</u><u>o</u><u>g</u><u>r</u><u>a</u><u>p</u><u>h</u><u>y</u><u> </u>is the study of past and present ....
..... such analysis
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Answer:
I think your question is poorly worded, just like all the parts are: a head and its flagellum, but within them we can distinguish several structures, which, in cephalad-caudal order (from head to tail, that is, from top down), son: acrosome, nucleus, membrane, neck, middle piece, tail and end piece.
Explanation:
Sperm are zygote cells that have half the genetic load, which is why when they join the ovum in fertilization, they form the complete genetics of the human.
In turn, the sperm has very efficient mechanisms for obtaining rapid energy, since they consume many ATP molecules when inoculating the ovum during fertilization.
They are formed by with the help of the sertoli cell, which sets the physiological state so that in the human testicle they are formed releasing in the male semen.
Answer:
WwNn
Explanation:
- Long wings (W) are dominant over short wings (w)
- Brown pigments (N) are dominant over yellow pigments (n)
A fly that is homozygous dominant for both traits (WWNN) is crossed with a fly that is homozygous recessive for both traits (wwnn).
All gametes produced by the WWNN individual will be <em>WN,</em> and all gametes produced by the homozygous recessive individual will be <em>wn</em>.
When the gametes from the two parents combine, the zygote will be heterozygous for both genes, with the genotype WwNn.