In a parallel universe, dragons come in three colors: white, blue,…
In a parallel universe, dragons come in three colors: white, blue, and an intermediate phenotype, light blue. (B=blue and b=white). You are curious as to the nature of color inheritance, so you capture two dragons. They both are light blue. When you mate them with each other, they have 40 offspring. Among these offspring you […]
Question 1: Catabolic and Anabolic Reactions Catabolic…
Question 1: Catabolic and Anabolic Reactions Catabolic reactions are ones in which molecules are getting broken down, and are often hydrolysis reactions; Anabolic reactions are ones in which molecules are being created and are condensation reactions. For the following below explain whether this is a catabolic or anabolic reaction. Explain your reasoning. […]
When a ligand binds to a tyrosine kinase receptor, what happens?…
When a ligand binds to a tyrosine kinase receptor, what happens? Select one: a. The RTK dimer disaggregates into monomers. b. The ligand is phosphorylated to down-regulate the response. c. Adaptor proteins dock on the phosphorylated tyrosine kinase. d. Tyrosine kinase activity decreases. e. The tyrosine kinase phosphorylates a G protein, activating it.
The cell is much like a bakery, it makes and ships things! Our…
The cell is much like a bakery, it makes and ships things! Our bakery is a shop inside a building (cell membrane). The building itself separates and protects the bakery from its environment; it also has doors and windows to allow certain things to go in and out. Let’s now take a tour inside the […]
Please answer all the questions Definition and explain,…
Please answer all the questions Definition and explain, please
Make an analogy of how different components of a city interact to…
Make an analogy of how different components of a city interact to ensure the city’s functionality. Your “Cell City” should include analogies for the major components listed below. Here’s the first component, plasma membrane = city bounds; make your own for the rest: Mitochondrion Chloroplast ER stands for endoplasmic reticulum. Lysosome Nucleus Ribosome Vacuole As […]
Define PCR. List all that is needed in order to amplify a small…
Define PCR. List all that is needed in order to amplify a small sample of DNA through PCR. Why is it necessary to have a aprimer present on each side of the DNA segment to amplified? State and describe the 3 steps for PCR. Include the temperature at which each step occurs. A single […]
Fill Out the chart on the various methods of Cell Transport …
Fill Out the chart on the various methods of Cell Transport **Place a check in the box for which statements match the method of cell transport** Type of transport Does NOT require ATP Requires ATP Goes ALONG the concentration gradient Goes AGAINST the concentration gradient Utilizes membrane proteins Utilizes a vesicle Bulk […]
The difference between the simple microscope and the compound…
The difference between the simple microscope and the compound microscope is in: the light the objetives the number of eyepieces none The plant cells differ of the animal cells because: […]
Discuss this Cladogram. Relate classifications and their…
Discuss this Cladogram. Relate classifications and their relationships to the major Kingdoms of Eukaryota. Discuss relationships that have contributed to the evolution of protists, animals and plants.
