DNA amplification

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Related lectures (32)

Introduces BioMEMS, covering applications like DNA separation, protein analysis, and neuroelectronic implants, along with key numbers in biology and challenges in system integration.

Genomics: High-throughput Sequencing Revolution

Covers the revolution of high-throughput Illumina sequencing and compares it to other technologies like Pacific Biosciences and Nanopore Sequencing.

Human Genomics of Infection and Immunity

Explores human genomics of infection, immunity, HIV, CHIP, bioinformatics, and clonal hematopoiesis.

Genome Sequencing and Autism Neurobiology

Covers the process of library preparation and data processing in genome sequencing, and discusses a large-scale study on autism neurobiology.

Asynchronous Programming with Future

Covers the transition to asynchronous programming using Future, transformation operations, sequencing Futures, and execution contexts.

Genomics Tools in Neuroscience Research

Explores gene regulation, genomics tools, DNA sequencing, and PCR in neuroscience research.

DNA Sequencing: Sanger Method

Explains the DNA sequencing process using the Sanger method and the electrophoresis technique.

DNA Replication and PCR Basics

Explores DNA replication, repair, PCR basics, genetic diversity, and forensic applications.

Genetic Inheritance and Molecular Analysis

Explores genetic inheritance, molecular analysis, and disorders like colorblindness.

Designing Online Courses: Key Elements and Lesson Planning

Covers key elements in designing online courses, chunking strategies, and lesson plan development for digital education.

CMOS Technology: pH Sensing Transistors

Delves into creating pH sensing transistors using CMOS technology, discussing design challenges and potential applications like DNA sequencing.

Genomics: Introduction and Regulatory Networks

Introduces genomics, covers sequencing technologies, genome variation, and explores human genetic linkage maps and RFLP methods.

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