Parent 1: AA Bb cc

Parent 2: Aa Bb Cc

A, B, and C are dominant.

How many distinct phenotypes could be produced?

Humans are bipedal, terrestrial omnivores. As a species, we are adapted to quite a range of habitats, from deserts to mountains and from rain forests to tundra. Ultimately, however, we are descended from early hominids who evolved in African plains, and our body systems tend to reflect this. Your job is to determine how humans might be adapted to specific environments if they had evolved to eat a herbivorous diet (grasses or leaves).

Write a brief description of the digestive system, and why it would look the way it does. Consider the following:

• What would be required to eat, chew, swallow, break-up, digest, and extract nutrients? You are encouraged to look up other (non-human; can be non-mammalian) animals that share this diet for ideas.
• What if humans were not omnivores, but had evolved for a different food source? In other words, it would still look *basically* like a human but would have some important differences related to its diet.
• What would the digestive system of a human that adapted to a different food system look like, and why would it look like this?
• You should consider the following parts of the digestive system in your answer: Mouth & teeth, Stomach & upper digestive tract (including crop & gizzard if relevant), Intestines, and Accessory organs (spleen, gall bladder, liver).

To date, which biomes have been the most heavily affected by humans? Which seems to be lightly affected? Offer a clear explanation.

3-carbon-atom (3C) molecule produced in glycolysis is called ______________Inside a eukaryotic cell, this molecule moves from ________________ to _______________ and is oxidized into _______________ . If oxygen is not present, it gets reduced into ______________ (in yeast) or ______________________ (in our muscle cells). Production of ATP in the absence of O2 is called _______________________ .

explain the effects of each of the following on the rates of glucose and/or glycogen metabolism

a) effects on decreasing the concentration of fructose-1,6-bisphosphate. support your answer by stating the biochemical principle that governs metabolic regulation

b) decreasing the amount of blood glucagon. support your answer by briefly explaining the role of glucagon.

An investigator writes that the instrument used was valid because it has a high Cronbach alpha. Is the investigator’s conclusion correct? Explain your answer. (Using

Nursing research: Reading, using, and creating evidence (4th ed.). Philadelphia: Jones & Bartlett. as a main source)

1. Detail the events associated with fertilization in sea urchins. Include the acrosomal/cortical reactions and how polyspermy is prevented.

2. Describe the body plans of animals. Include types of symmetry, germinal tissues, body cavities, and protostome vs. deuterostome development.

Which of the following is FALSE regarding Bacterial Endotoxins?

Which of the following is true regarding Gram (+) and a Gram (-) bacteria?

1. Explain in your own words why regulation is important. I would like you to use 2 examples, one from human communities and one from the human body in your explanation. Make sure to include how regulation is enabled in each case (i.e. how is communication occurring?).

2. In order for an effector to respond to a command via either of the endocrine or nervous system, it must be able to respond to a chemical (hormone or neurotransmitter). Explain how the effector is able to respond to these chemical signals (i.e. what must it have either in its membrane or inside its cells). Describe how this process of intercellular communication exemplifies the relationship between structure and function.

State one atmospheric conditions used by plants to evolve under increasing co2 concentrations and where each carbon cycle pathway give benefit to the plant?

The Klenow fragment is produced when DNA polymerase 1 from E.coli is enzymatically cleaved by the protease subtilisin. Using diagrams, explain what the Klenow fragment is and why the fragment is better suited for site-directed mutagenesis than intact DNA polymerase 1?

I have asked this question before however I am not getting the right answer. What is the evolutionary advantage to having the conduction velocity of neural impulses change with temperature, and which of the five major groups of vertebrate organisms might benefit most from this phenomenon? Explain thoroughly please.

What are two ways in which Maria’s grammar may impact upon her communication with the people she is providing care to?

Why is the speed of her voice important when maria is using verbal communication with the people receving her care/

how would you effectively communication with mary and manage her behaviour?

how would you collaborate with staff members to obtain any relevant inforamation on the issue?

what policies might an organisation have in place to deal with this type of situation?

Whom do you report tis incident to? Do you need to complete any workplace documetation to report this incident?

Difference between nonheme iron proteins and heme iron proteins

What does ferrodoxin do?