Mb ascp review exam Study guides, Class notes & Summaries

MB (ASCP) Review & Exam Questions Part I (2023/2024 )A+ GRADED(QUESTIONS & ANSWERS(ALL ANSWERS CORRECT)

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MB (ASCP) Review & Exam Questions Part III and Answers with Complete Solutions, Graded A+ 1 / 14 1. PCR can test for what diseases?: Hep - B Herpes simplex 1 Herpes simplex 2 HIV HPV Epstein-barr Cytomegalovirus Cystic fibrosis Huntingtons Bk virus Fragile X Parovirus 2. qPCR can test for what diseases?: Herpes simplex 1 Herpes simplex 2 Epstein-barr HPV HIV Cytomegalovirus Bk virus VZV 3. RT PCR can test for what diseases?: HIV Influenza Coronavirus Ewing sarcoma Syno...

MB - ASCP Review Exam With Correct Questions and Answers Updated 2024 A+ Graded 100%. Her2/neu exhibits an overexpression, what would this indicate? - ANSWER-More aggressive growth and metastasis of the tumor cells in human breast cancer. Predominant form of DNA - ANSWER-Right-handed B DNA and histone interaction is due to what type of bond? - ANSWER-Ionic What stains to the minor groove of DNA duplex? - ANSWER-SYBR Green What is the most abundant type of RNA? - ANSWER-Ribosomal RN...

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MB (ASCP) Review & Exam Questions Part I and Answers with Complete Solutions, Graded A+

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MB (ASCP) Review & Exam Questions Part II Already Passed What is the Beer-Lambert Law? the linear relationship between absorbance and concentration of an absorbing species. What is the Beer-Lambert Law equation? A = ebc A: absorbance e: molar absorptivity c: concentration b: path length 00:06 01:24 DNA and RNA are absorbed at: 260nm Proteins are absorbed at: 280nm What is the melting temperature equation? Tm = (4 x # of GC pairs) + (2 x # of AT pairs) Dilutions equation V1C1 = V2C...

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What is the Beer-Lambert Law? - Answer the linear relationship between absorbance and concentration of an absorbing species. What is the Beer-Lambert Law equation? - Answer A = ebc A: absorbance e: molar absorptivity c: concentration b: path length DNA and RNA are absorbed at: - Answer 260nm Proteins are absorbed at: - Answer 280nm What is the melting temperature equation? - Answer Tm = (4 x # of GC pairs) + (2 x # of AT pairs) Dilutions equation - Answer V1C1 = V2C2 V1:...