References:

Chapter 1:       

2018 Physics Nobel Prize What are Optical Tweezers

Automatic Manipulation of Cells Inside Microfluidic Chamber Assisted by Optical Tweezers

Combo Glucometer Non-Invasive Measurement

Continuous Lysis of Cells Using Acoustic & Optoelectronic Tweezing (Acoustic Tweezer)

Dario™ Glucose Monitoring System

Engineering Human Organs onto a Microchip

Film Clip of The Life of Pi_The Whale

Microscopy Optical Traps Measuring Steps by Molecular Motors

Non-Invasive Optical Blood Glucose Monitoring System

Optical Tweezers and 2018 Nobel Prize in Physics

Optoelectronic Tweezer for Particle Separation in Microfluidics

Scientists Develop Artificial Organs-on-Chip

Single Cell Manipulation by Acoustic Tweezers

Stem Cell Orchestra_Building a Cardiac Patch

What is the Blood Brain Barrier

Chapter 2:     

Capillary Flow

Digital Microfluidics_Electrowetting Droplet Operations

Electrowetting Digital Microfludics with Feedback Drive

Laplace Pressure

The Electrowetting Display

The Second Official Ultra-Ever Dry Video

Top View of On-Chip Dispensing of  Droplets through Electrowetting

Lab-On-A-Chip

Chapter 3:     

[Wikipedia] Protein Microarray

Aptamers a New Class of Oligonucleotides for Therapeutic and Diagnostic Use

ELISA Tutorial 1_How a Direct, Indirect and Sandwich ELISA Works

ELISA

Immunofluorescence

Introduction to Aptamer

Introduction to Immunofluorescence Part 1

Protein Microarray Interaction Assay

Why Use Aptamers

Chapter 4:     

The Cycle of Polymerase Chain Reaction (3D Animation)

DNA Microarray Fabrication

Oxford Nanopore Technologies

NMSU Professor Testing Miniaturized Genome Sequencer

Digital PCR Using the Bio-Rad QX100™ ddPCR™ System

Jorge Soto at TEDx2014