Answer:
Explanation:
The spontenous genrration theory states that living organisms can be spwan without descent of similar organisms; so in other words, it is possible for living creatures could arise from nonliving matter such as water. Similarily in 1676 Van Leeuwenhoek discovered tiny organisms living in his cup of water- the first bacteria observed by man. Pasteur's spontenous generation theory came into the limelight after his most noteable experiment in 1859; in which he boiled meat broth in down ward tipped flasks. It is importnat to note that the tip of the flask (the neck) is what prevented particles to fall freely and instead the bent neck allowed air to travel through the flask- if the flask were to be tilted on its side the particles would seep into the broth and create a cloud within the flask. Pastuer further decided to boil the broth to possible create bacietia. Boiling the broth exposed the contents to air vessels which contained a filter to stop the particles from seeping thorugh into the broth. What Pastueru concurred from his experminet was that flasks with filters and no filters that did not allow the particles to pass into the medium of the flask, were unsucessful with createing bacteria life. Thus, Pasteur found that noithing grew in the flasks unless they were broke open, disapproving that living organisms could be spotenously generated within the broth, was instead created from outside the inards of the flask- and were created as spores or dust.
Is between B and C but the correct answer should be B
Eubacteria que se utilizan en procesos industriales:
• Lactobacillus- se utiliza para la preparación de alimentos fermentados tales como queso y yogur.
• Levadura-se utiliza para la preparacion de pan y cervesa.
• Bacillus thuringiensis- se utilizan como insecticidas específicos para lepidópteros
• Escherichia coli-e utilizan en la biotecnología…
A technique used in determining the protein binding region in dna (e.g, binding region of RNA polymerase) is called DNA footprinting
One technique used to determine protein binding regions (eg, RNA polymerase binding regions) of DNA is called DNA footprinting. A DNA footprint shows where a protein binds to a DNA molecule. In this technique, a pure DNA fragment labeled with 32 P at one end is first isolated. A trace amount of DNA endonuclease is then added to the mixture of core protein and radiolabeled DNA. RNA sequencing (RNA-Seq) harnesses the power of high-throughput sequencing methods to gain insight into the cellular transcriptome. Compared to previous Sanger sequencing and microarray-based methods, RNA-Seq offers much broader coverage and resolution of the dynamic nature of the transcriptome.
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Okay, so first question is about the name of the process. It is called translation, at least I think this is what should be included in the answer. More specifically, it is elongation phase. Translation is basically transformation of genetic information (in the form of mRNA) into the protein chain - very crucial process for living creatures because proteins build their bodies and regulate their functioning in every single aspect. Elongation consists of linking aminoacids and, as a result, creating the protein chain - ribosomes are building new peptide bonds.
Next question is about identifying the diagram. In my opinion, the correct answers are:
1. mRNA (messenger RNA) - the main instruction for the ribosomes
2. Ribosome (large subunit) catalyzing a reaction of protein synthesis
3. Amino acid waiting to be linked to the remaining three on the left
4. Peptide consisting of 3 amino acids
5. tRNA - (transporting RNA molecule) transports amino acids to the ribosomes pocket.
