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- Define/Compare/Contrast/Distinguish these three terms: F plasmid F’ plasmid (and how is it formed) Hfr cell (and how is it formed)anline State- estid%3D1740&strandid%3D&element3D&difficulty=Dassessment&assignment_id%3D42985127&load_test=1&teacherPreview=#test Save Subm gp120 Docking Glycoprotein Lipid Membrane RNA gp41 Transmembrane Glycoprotein Сapsid Matrix Reverse Transcriptase Viruses, although not considered to be alive, attack host cells and cause disease. The attack of a host cell is necessary for the virus to survive for all of the reasons listed EXCEPT one. That is they cannot synthesize proteins becayse they lack ribosomes and must use the ribosomes of their host cells to translate viral messenger RNA into new Eliminate proteins. A) they cannot produce or store energy in the form of ATP and have to get their energy from the host cell. B) they parasitize the host cell for basic molecules like amino acids, nucleotides, and lipids. D) they lack DNA/RNA so they must use the DNA of the host cell. Address 立dont copy from chegg or other source please give me detail answer
- U UUU UAU 11yr Phe UUC UUA Leu UUG Jle UCU UCC UCA UCG UGU UGC Cys UGA Stop UAG Skop UGG Trp UAC Ser UAA Stop CUU CUC CỦA CUG CAU JHis CAC CGU CGC CGA CGG CCC Leu Pro Arg ССА Delete CCA CG CAA CAG JGIN Gln AUU AUC le AUA AUG Met AGU 1 Ser AGC AGA AGGJArg 1. ACU ACC The ACA ACG AAU M AAC AAA AAG Jlys JAun ATG AAC TAC CTA GGG ACA GAU JAsp GAC GAA GAG JGlu GUU GUC Val G GUA GCU GCC GCA Ala GCG GGU GGC Gly ATG ACC TAG GGA CA GGA GGG GUG G. Compare translation before and after the deletion. What effect might it have on gene function? Asp Daspartic acid lleI isolcucine Thr T threonine Leu L leucine Ser S serine Туr Y tyrosine Glu E glutamic acid Phe F phenylalanine Pro P proline His H histidine Lys K Arg R Gly G glycine lysine Ala A alanine arginine Cys C cysteine Trp W tryptophan Val V valine Gln Q glutamine Met M methionine Asn N asparagine Second Position UGU 1Cy UCU UCC Ser UCA UG UUU Phe UAU UAC Ty UAA Slop UGA Stop UAG Slop UGG Trp UGC UUC U UUA Leu ] low UUG CUU CÚC A Leu CCU CCC Pro…The ____ plasmid contains genes for synthesizing connections between donor and recipient cells.Detection of viral RNA by RT-LAMP for detection SARS-CoV2 Write about the procedure
- od 1 Meet- zpn-oxtp-bxu Unit 2 test - cells, organelles, mer X G In order to deteminie how cells rx A testing.illuminateed.com/assessment/5f765e7b4c2b2eb5078b7842/5f765e7b4c2b2eb5078b7843/1?rldbqn=1 ail YouTube Maps O News (1) Facebook Launch Meeting - Z... TikTok sues U.S. go... i! Spanish Present Pro... embrane, transport fall 2020 D. Water moves into and out of the cell at the same rate since the cell is isotonic to its environment. 7. In carrying out normal activities, cells use oxygen and produce carbon dioxide. The concentration of oxygen is higher in the blood than inside the cell, so oxygen moves into the cell. Similarly, carbon dioxide moves out of the cell into the blood because the concentration of carbon dioxide inside the cell is greater than the concentration outside the cell. How do the small molecules of oxygen and carbon dioxide move through the cell membrane?draw structure of plasmidRow C D. B B. one: A C O phage with radiolabelled protein coat phage with radiolabelled DNA 100 10. phage infects The experiment shown above was designed by bacterium phage infects bacterium EXPERIMENT 1 phage shell is removed EXPERIMENT 2 요 Hershey & Hershey & Chase Meselson & Stahl Meselson & Stahl 8 phage shell is removed 28 no radioactivity in cells ii 48 radioactivity in cells LL and proved that ii DNA replication is semiconservative DNA is the hereditary material DNA replication is semiconservative DNA is the hereditary material (select the row that correctly completes the statement)
- In order to do electron microscopy the samples had to be specially prepared. Were the cells alive at the time of viewing? Explain why you said yes or no I need help answering this queshtion the answer is with the article and it has to be as short as possible URL: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC106848/d/e/1FAIpQLSfTle9UfP15_VUqFI-ACEQd1XBykXv5Lr4dEMQbLJ1d6fCupw/viewform Students subjected three samples of five different molecules to gel electrophoresis as shown in Figure 1 A B C DE +2 3 Wells 4 8. Which of the following statements best explains the pattern seen on the * gel with regard to the size and charge of molecules A and B? 1 point molecules A and B are positively charged, and molecule A is smaller than molecule B. molecules A and B are positively charged, and molecule A is larger than molecule B. molecules A and B are negatively charged, and molecule A is smaller than molecule B. molecules A and B are negatively charged, and molecule A is larger than molecule B. Sign outLab 2 MicrosCO X Copy of Lab 2 X M Inbox (53,887) x b Answered: 4. 1 x C Search Textbo X + /d/1lq1XGTjeDOK-AZLP5NCDYYPZT3K6_fPLnwx-GvHgLnU/edit# Normal text Arial 12 %00 L 1 2 3. 4. 5. 9. Observing Bacteria in Colonies In fresh or saltwater habitats, cyanobacteria will appear (without a microscope) as very small green lines (as can be seen in this video). Observe the following images of cyanobacteria colonies under 100x and 400x magnification with a light microscope: Anabaena sp. 100x magnification Anabaena sp. 400x magnification As you can see, cyanobacteria grow as two different types of cells: those that are photosynthetic (fixing carbon dioxide to make sugars), and heterocysts (that fix nitrogen to make proteins and nucleic acids). Although these cells are genetically identical, each is able to accomplish this via differences in gene expression, a key concept in biology you will continue exploring this quarter. In the 400x magnification image, you should be able to clearly see two…