Suppose you are working on a gene that encodes a protein that triggers apoptosis of the cell (programmed cell death). In a certain cell, this gene is transcriptionally ON, that is, primary transcript is being made. Choose a mechanism by which to prevent or reduce the production of active apoptosis protein, and describe the specific properties of the new regulatory protein that the cell would have to make in order to do this.
The gene is transcriptionally ON so the RNA polymerase has to
continuously ON. To stop active apoptosis protein synthesis we need
to control the transcription process or transcription factor.
The protein kinase is the best option it will specifically
phosphorylates transcription factor which involved in transciption
of apotosis protein. After phosphorylation the transcription not
able to bind DNA so transcription is halted.
Suppose you are working on a gene that encodes a protein that triggers apoptosis of the...
You are working with a population of multi-potent stem cells that you grow in a tissue culture dish. They have the capacity to differentiate into any one of three possible differentiated cell types (alpha, beta, delta) if they are first exposed to a signaling factor (Bmp4) for 24 hours and then cultured without this factor for another 24 hours. The specific choice the cells make after treatment (alpha or beta or delta) is more or less random among the cells...
You are working with a population of multi-potent stem cells that you grow in a tissue culture dish. They have the capacity to differentiate into any one of three possible differentiated cell types (alpha, beta, delta) if they are first exposed to a signaling factor (Bmp4) for 24 hours and then cultured without this factor for another 24 hours. The specific choice the cells make after treatment (alpha or beta or delta) is more or less random among the cells...
You are working with a population of multi-potent stem cells that you grow in a tissue culture dish. They have the capacity to differentiate into any one of three possible differentiated cell types (alpha, beta, delta) if they are first exposed to a signaling factor (Bmp4) for 24 hours and then cultured without this factor for another 24 hours. The specific choice the cells make after treatment (alpha or beta or delta) is more or less random among the cells...
1-1. You wish to insert a gene involved in the degradation of a toxic compound into a plasmid, and then use the plasmid as a vector to transform a species of bacteria so that it can be used in a bioremediation effort to clean up hazardous waste. In order to accomplish this, you will need to ______. SELECT ALL THAT APPLY. -digest both the gene and plasmid with the same restriction enzymes in order to yield appropriate "sticky ends" that...
Name 2ors L! You are inte finding protein are interested in understanding how Top5 expression is regulated. Top5 is a microtubule protein. You study a cell line where Top5 expression is controlled by a signal, Ligl. When hinds to and activates the membrane bound recentor it activates the Ras protein, which activates atein kinase called PKF, which then phosphorylates Grp4 on T224. Grp4 is a gene regulatory Wotein that can only enter the nucleus when phosphorylated: Thos is not expressed...
Background information: You have discovered a protein that is capable of defending agricultural crops from a variety of insects known to negatively impact agriculture, while not creating resistance, not being harmful to non-target species, and exhibiting no negative environmental consequences. I do not even understand where to begin with this. It has been made clear that creativity is allowed with this assignment, so long as the guidelines are followed. Please provide me with assistance and explain how this process works...
please answer all the questions Question 8 0 / 1 pts Our understanding of RNA was non-existent until 2000 started with the identification of a tRNA which suggested a method of converting DNA to protein began to identify that DNA-->protein--> RNA stopped growing after it's original discovery in the 70s IncorrectQuestion 10 0 / 1 pts Enzymes allow for chemical reactions to occur in the cell that may not naturally occur at the right place at...
2. Suppose you have six strains of E. coli. One is wild type, and each of the other five has a single one of the following mutations: lacZ, lacY, laď·0; and lach. For each of these six strains, describe the phenotype you would observe using the following assays. Explain your answers. [Notes: (1) IPTG is a colorless synthetic molecule that acts as an inducer of lac operon expression but cannot serve as a carbon source for bacterial growth because it...
2. Match the phase to the description. NOTE: this question might look a little different on the Moodle activity. Read carefully. Phase Hanne Description of Events in the Life of a Cell • Anaphase of muitosis A. The combined phases of GI/Go+S+G2 • Gl phase • G2 phase B. The cell is metabolically active; the cell duplicates argumelles and cytosolie components; the cell size starts to increase the cell makes proteins which will soon be used in DNA synthesis C....
Please summarise the content: Discussion There are several approaches available for obtaining enriched cardiomyocyte populations from human PSCs. Ma et al. (2011) performed genetic-modification-based purification of cardiomyocytes (achieving >98% cardiomyocyte purity) from hiPSC derivatives, using the intrinsic MYH6 gene to express a blasticidin S resistance gene. Dubois et al. (2011) used a surface protein, signal-regulatory protein alpha (SIRPA), as a cardiac-specific marker in hiPSC derivatives prepared through a highly cardiogenic differentiation procedure. They purified cardiomyocytes (up to 98% purity) via...