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课程名称：ASCP MB分子生物学考试题库模拟测试 课程概述：ASCP MB（分子生物学）是美国临床病理学会（ASCP）为专注于分子生物学的实验室专业人员提供的认证，旨在验证个人在分子诊断领域的知识和技能，包括遗传材料的识别和分析以及使用分子技术进行疾病诊断和监测。ASCP MB认证考试涵盖分子生物学相关的多种主题，如核酸提取与分析、聚合酶链反应（PCR）、DNA测序、基因表达分析及实验室管理，考试以计算机为基础。考试者必须具备认可机构的学士学位，并在分子生物学实验室有一年全职经验或完成分子生物学培训课程，或者有相关领域的硕士或博士学位。获得ASCP MB认证表明个体对分子生物学原理的深刻理解和在诊断应用中使用分子技术的能力，有助于职业发展和收入提高。 课程内容包括： - 课程介绍：导师背景，课程收益，课程结构，适合人群 - 单元1：复制 - 生物学的中央法则，DNA的半保留复制，DNA损伤与修复等 - 单元2：转录 - 转录机制，真核与原核生物中的转录启动、延伸与终止 - 单元3：翻译 - 遗传密码特征，翻译过程中的能量消耗、翻译后修饰等 - 单元4：基因表达调控 - 增强子与沉默子，真核生物中的基因表达调控 适合人群：生物学、分子生物学和生物技术专业的本科生。 本课程旨在通过全面的练习题和知识概述，为考生提供备考ASCP MB认证考试的有效支持。
ASCP MB (Molecular Biology) is a certification offered by the American Society for Clinical Pathology (ASCP) for laboratory professionals who specialize in molecular biology. The certification is designed to validate the knowledge and skills of individuals who work in molecular diagnostics, including the identification and analysis of genetic material and the use of molecular techniques to diagnose and monitor disease. The ASCP MB certification exam covers a range of topics related to molecular biology, including nucleic acid extraction and analysis, PCR (polymerase chain reaction), DNA sequencing, gene expression analysis, and laboratory management. The exam is designed to test the candidate's knowledge and proficiency in these areas and is offered as a computer-based test. To be eligible to take the ASCP MB exam, candidates must have a bachelor's degree from an accredited institution and either one year of full-time experience in a molecular biology laboratory or a molecular biology training program. Alternatively, candidates can also qualify for the exam with a master's or doctoral degree in a related field. Obtaining the ASCP MB certification demonstrates to employers and colleagues that an individual has a strong understanding of molecular biology principles and is proficient in the use of molecular techniques for diagnostic purposes. It can also help individuals advance their career opportunities and earn higher salaries in the field of molecular biology.The Technologist in Molecular Biology MB(ASCP) certification examination offered by the ASCP Board of Certification (BOC) is composed of 100 questions given in a 2 hour 30 minute time frame. All exam questions are multiple-choice with one best answer. The certification exam is administered using the format of computer adaptive testing (CAT).The MB exam questions encompass the following content areas within Molecular Biology: Molecular Science, MolecularTechniques, Laboratory Operations, and Applications of Molecular Testing. Each of these content areas comprises aspecific percentage of the overall 100-question exam.Introduction to the courseProvides information onBrief introduction on TutorBenefits from the courseTopics/Structure of the courseWho can enroll to the courseUNIT 1: ReplicationCentral Dogma of biologyReplication of DNASemiconservative replicationComplimentary base pairingSupercoil and DNA topoisomeraseReplication forkDNA synthesis catalysed by DNA PolymeraseDNA Damage and RepairNucleotide Excision RepairBase Excision RepairMismatch Repair systemUNIT 2: TranscriptionCentral Dogma of Lifewhat is TranscriptionMechanism Of TranscriptionIn ProkaryotesInitiationelongationTerminationIn EukaryotesInitiation is initiated with help of promotor regionTAAT Box and Pribnow BoxElongationEnhancers and SilencersTerminationPost Transcriptional ModificationAddition of Cap and Poly A tailSplicing Of mRNAmRNA EditingInhibitors of TranscriptionReverse Transcriptase and RNA Degradation.UNIT 3: TranslationGenetic CodeFeatures Of Genetic CodeCodon - Anticodon Pairingwobble HypothesisLink Between Amino Acid And Nucleic AcidTranslation In ProkaryotesInitiationElongationTerminationHow much Energy is consumed during the ProcessTranslation in EukaryotesInitiation with Pre Initiation complexAssociation of Ribosomal SubunitElongationTermination using Termination CodonsRelease FactorsPost Translational ModificationTrimmingStructural ReorganisationModification at N and C Terminal EndsCovalent ModificationHow much Of energy is consumed during the process of TranslationUnit 4: Regulation of Gene ExpressionEnhancers and silencersHouse keeping and invisible genesOne cistron -one subunit conceptDNA organisation and Gene expressionCovalent Modification of Histones control Gene expressionRegulation of Gene Expression in Prokaryotes:Lac operonstructure of Lac OperonTryptophan regulation in EukaryotesStructure of Tryptophan Operon with structural geneWho this course is for:Students who are in graduation level in the field of biology, molecular biology and Biotechnology
