ule 11 Making Cells – 202Bb Module 11 Making Cells - 2021 XBb Take Test: "Lab 11 Homework - X+A sunyocc.open.suny.edu/webapps/assessment/take/launch.jsp?course_assessment_id=_109869_1&course_id=_53817_1&cQuestion Completion Status:D. OrganelleA. Two identicalthat buildscopies of DNAmicrotubule"highways" toguide DNAB. "staple" thatholds DNAcopies togetherC. DNA that is same length and hassame instructions; one from motherand one from fatherClick Save and Submit to save and submit. Click Save All Answers to save all answers.Save All AnswersMacBookDD00000F8F6F7F4F5F2F3F1*$%&@#234* CO< O A sunyocc.open.suny.edu/webapps/assessment/take/launch.jsp?course_assessment_id=_109869_1&course_id=_53817_** Question Completion Status:guide DNAB. "staple" thatholds DNAcopies togetherC. DNA that is same length and hassame instructions; one from motherand one from fatherMatch the labeled structures to their proper term.- v Structure AA. sister chromatidsStructure BB. homologous chromosomesv Structure CC. centrioles- Structure DD. centromereClick Save and Submit to save and submit. Click Save All Answers to save all answers.Save All AnsweMacBookDII80000000F7F8F3F4F5F6F1%*@#$&23478QWEY* CO

The image shown in the question shows a typical cell containing homologous chromosome, centriole,…

guide DNA B. "staple" that holds DNA copies together C. DNA that is same length and has same instructions; one from mother and one from father Match the labeled structures to their proper term. v Structure A A. sister chromatids v Structure B B. homologous chromosomes Structure C C. centrioles v Structure D D. centromere Click Save and Submit to save and submit. Click Save All Answers to save all answers.

guide DNA B. "staple" that holds DNA copies together C. DNA that is same length and has same instructions; one from mother and one from father Match the labeled structures to their proper term. v Structure A A. sister chromatids v Structure B B. homologous chromosomes Structure C C. centrioles v Structure D D. centromere Click Save and Submit to save and submit. Click Save All Answers to save all answers.

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter4: Cell Structure

Section: Chapter Questions

Problem 13RQ: Tay-Sachs disease is a genetic disorder that results in the destruction of neurons due to a buildup...

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EXPERIMENT: CRYOPRESERVATION OF CULTURED CELL LINES Procedure for Cryopreserving MCF-7 and THP-1 Cells• Ensure that the culture is up to the late log phase (assumption is made based on the cell concentration). Prepare the cell suspension and determine the cell concentration.• Dilute the cell suspension in 1:1 ratio with freezing medium (final concentration approximately 1 X 106 – 1 X 107cells/ml is desired). • Dispense the cell suspension into prelabeled cryovial and place the vial in -80°C freezer overnight (temporary storage).• Transfer the cryovial into liquid nitrogen cryotank for long term storage the following day.• After day 3, determine the cell concentration in the freezing medium andcompare with that of the stock concentration. Question: Please briefly explain what is cryopreservation(1), how procedure above are useful to make this experiment successful(2)
EXPERIMENT: CRYOPRESERVATION OF CULTURED CELL LINES Table 1: The initial cell counting before cryopreservation Quadrant Death cell Live cell 1 15 0 3 7 1 5 15 0 7 15 0 9 14 0 Total 66 1 67 Table 2 : Total cells concentration before cryopreservation Total cells 67 Total viable cells 66 Percentage of viable cells (%) 98.51 Average of viable cells 13.2 Cell concentration (cells/ml) 264000 Table 3: Total cells concentration after cryopreservation Total cells 46 Total viable cells 28 Percentage of viable cells (%) 60.87 Average of viable cells 5.6 Cell concentration (cells/ml) 112000 QUESTION: Please make a conclusion in one paragraph based on the tables above.
EXPERIMENT: CRYOPRESERVATION OF CULTURED CELL LINES Table 1: The initial cell counting before cryopreservation Quadrant Death cell Live cell 1 15 0 3 7 1 5 15 0 7 15 0 9 14 0 Total 66 1 67 Table 2 : Total cells concentration before cryopreservation Total cells 67 Total viable cells 66 Percentage of viable cells (%) 98.51 Average of viable cells 13.2 Cell concentration (cells/ml) 264000 Table 3: Total cells concentration after cryopreservation Total cells 46 Total viable cells 28 Percentage of viable cells (%) 60.87 Average of viable cells 5.6 Cell concentration (cells/ml) 112000 Question: From the table(result) given, please make a discussion The discussion should discuss what is cryopreservation (1), how cryopreservation is useful to make this experiment successful (2), what can be observed from total cells concentration before and after…
15. which of the following describes the metabolism property of protoplasm?a. glycosidesb. calcium oxalatec. alkaloidsd. cystoliths
https://www.bartleby.com/questions-and-answers/study-the-following-diagram-of-a-typical-cell-and-name-the-labeled-structures.-8-1-9.-2-10-3-11-12-1/293daee7-d84e-453a-87f1-ca219c17862aFree trail after this im buying for sure.. it needs to be turned in by 11:59 tho..
Questions: CELLULAR ORGANELLES. Match the description (A-J) with the cell organelle by placing the letter in the appropriate space. Each letter will be used only one time. ____ endoplasmic reticulum A. gives stiff shape to plant cells ____ chloroplasts B. factory where proteins are built ____ Golgi bodies C. packaging and shipping center for proteins ____ DNA D. power plant of the cell ____ cytoskeleton E. phospholipid bilayer found in all cells ____ plasma membrane F. large storage sac in plant cells ____ cell wall G. involved in cell shape and movement ____ mitochondria H. carries genes ____ vacuole I. virtual highway for proteins ____ ribosomes J. plant organelles that perform photosynthesis
THANK YOU PO NG MARAMI 11. which of the following describes a protoplasm? I. Membrane-bound structure II. Fluid content of the cell III. Synonymous to the term cytosola. l,llb. ll,lllc. l,ll,llld. l,lll 12. What is the initial component of the protoplasm? a. mitochondriab. cytoplasmc. plastidsd. nucleus13. In reference to answer on number 12 what is its function?a. connects two plant cellsb. maintains the shape of the cellc, suspend the organellesd. produce proteins for the cell14. Which of the following describes the metabolism property of protoplasm?a. stores substances for the organellesb. processes genetic informationc. modifies proteins and lipidsd. utilizes degradative chemical reactions that break down complex molecules15. which of the following describes the metabolism property of protoplasm?a. glycosidesb. calcium oxalatec. alkaloidsd. cystoliths
5. Responsible for cell movements in eukaryotic cells: a. ribosomes b. lysosomes c. cytoskeleton d. chloroplasts e. Golgi apparatus detail answer needed
Need help What so nuclei accomplished? What do nuclei accomplished? What is the cytoplasmic streaming and why it is useful?
Using my playing cards: what does this arrangement represents? Metaphase I, Mitotic prophase, Interphase, Anaphase II, Prophase II, Anaphase I. Lab Cell Division Quiz- BIO 101
One of the primary symtoms of Covid 19 is fatigue. This is due to a lack of oxygen from your lungs reaching cells and making energy. Which organelle is affected by the lack of oxygen needed to make energy for the cell?
Activity 13 Urine Culture Inoculating Urine with a calibrated loop The number of microorganisms per milliliter recovered on urine culture can aid in the differential diagnosis of urinary tract infection (UTI). Plastic or wire inoculating loop available commercially, have been calibrated to deliver a known volume of liquid when handled correctly, thus enabling the microbiologist to estimate numbers of organism in the original specimen based on colony forming unit (CFU) of growth on cultures. PROCEDURE: 1st day 1. Gently swirl the specimen bottle to mix the urine specimen. 2. Label all plated media with name of patients, clinical specimen used and date. Label at the bottom of plates and not on the cover. 3. Obtain a disposable calibrated loop. 4. Dip the loop straight into the urine specimen so that the loop part is completely covered. Withdraw straight out. See fig. 16-18 5. Inoculate blood agar plate (BAP) as shown in fig.16-19 6. Incubate at 35 – 37˚C for 18 – 24 hours. 7. Dispose…