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December 24, 2018 in BioMEMS: A Microrobot for Intravascular Treatments
October 11, 2015 in BioMEMS: Pharma and Drug Delivery Developments Combine
October 7, 2015 in Home: Microfluidic Device Lets The Drop Beat
October 4, 2015 in Home: Microfluidics: Many Channels of Technological Advances
October 4, 2015 in Home: Lab-in-a-Needle Could Allow Instant Routine Lab Test Results
September 14, 2015 in Home: Next Generation Blood Sampling
September 8, 2015 in Home: Challenging Biological Limits With Microfluidic Single Cell Analysis
September 6, 2015 in Home: New Microfluidic Device to Determine Bacteria’s Antibiotic Resistance
September 6, 2015 in 3D Printing: Customizing 3D Printing – New System Automatically Turns CAD Files into Visual Models
September 1, 2015 in Home: An Engineered Surface Unsticks Sticky Water Droplets
September 1, 2015 in Home: Hydrophobic Nanostructures Keep Dry Underwater
August 31, 2015 in Home: Hoope Can Diagnose Sexually Transmitted Diseases with Help of Microfluidics
August 31, 2015 in BioMEMS: Senseonics Raises $10M for Implanted, Smartphone-connected Glucose Sensor
August 25, 2015 in Home: FDA Clears Single Blood Drop Test for Earlier Pregnancy Detection
August 23, 2015 in Home: Lab-on-a-chip Flow Cytometry
August 16, 2015 in Home: Rice, Penn State Open Center for 2-D Coatings
August 15, 2015 in BioMEMS: Hydrogel Stretches and Contracts Like a Heat-driven Muscle
August 15, 2015 in Home: Capturing Cell Growth in 3D with Microfluidic Device
August 15, 2015 in Home: Review: Microfluidics Solution to Future Developments
August 15, 2015 in Home: Male or Female: The Difference Is in the Brain?
August 15, 2015 in BioMEMS: Nano-Optomechanical Resonators in Microfluidics
August 12, 2015 in Home: Neurons Broken Machinery Piles Up in ALS
August 12, 2015 in BioMEMS: Microresonators Could Bring Optical Sensors, Communications
August 12, 2015 in Home: Lab-on-a-Disc Cuts UTI Detection Time from a Day to 70 Minutes
August 10, 2015 in Science: Nanotechnology Developed To Help Treat Heart Attack and Stroke
August 7, 2015 in Lab-on-a-chip: Scaffold-integrated Microchips Retrieve Cancer Cells
August 7, 2015 in BioMEMS: An Optical Sensor Platform Based on Nanopaper
August 7, 2015 in Home: Stanford Engineering Team Invents Pressure Sensor That Uses Radio Waves
August 5, 2015 in BioMEMS: Tiny Biochemical Sensor Provides Real-time Cancer Monitoring
August 5, 2015 in Home: Proto Labs Rapid Prototyping MicroDevices with Stereolithography
August 5, 2015 in BioMEMS: New Biosensors for Managing Microbial Workers
August 2, 2015 in Home: Smart Hydrogel Coating Creates Stick-slip Control of Capillary Action
August 2, 2015 in Home: LumaCyte’s Radiance Instrument for Label-free Single Cell Analysis and Sorting
August 2, 2015 in Books: Biomedical Microsystems
August 2, 2015 in BioMEMS: Mayo Clinic, Partners To Develop NFC-Driven Glucose Monitoring Tech
August 2, 2015 in Home: ASU Engineers Create World First White Laser Beam
July 28, 2015 in Microfluidics-based cell culture: Is Now the Time to Move Your Research to 3D Cell Culture?
July 28, 2015 in Genomics: Single-Cell Proteomics Is in the Chips
July 28, 2015 in Science: Microlasers Track Cells from the Inside
July 28, 2015 in Home: Health Care Microfluidics Market to Hit $4 Billion by 2020
July 20, 2015 in BioMEMS: Device Delivers Drugs to Brain Via Remote Control
July 20, 2015 in Home: Inkjet Printing Innovation Opens The Door To Instant Personalised Health Testing
July 12, 2015 in Science: Programming Gut Bacteria to Detect and Destroy Disease
July 12, 2015 in BioMEMS: How a Jet Engine Sensor Became a Tiny Heart Failure Monitor
July 12, 2015 in Home: EV Group Ramps Nanoimprint Lithography Into High-volume Manufacturing
July 8, 2015 in Home: Nanowire Yarns Supercharge Wearables
July 6, 2015 in Home: Review on Exosome Isolation: A Microfluidic Road-map
July 5, 2015 in Home: Chemists Design A Quantum-dot Spectrometer
July 5, 2015 in Home: Flexible FeRAM Fabricated with CMOS-compatible Approach
July 4, 2015 in Home: 3-D Organoids Grown from Patient Tumors Could Personalize Drug Screening
June 30, 2015 in Home: Centrifugal Microfluidic Platforms: Advanced Unit Operations and Applications
June 30, 2015 in BioMEMS: Novel Applications of Graphene in Medical and Biosensor Applications
June 30, 2015 in Home: The Pregnancy Test of The Future is Flushable, Private and Sustainable with Help of Microfluidics
June 29, 2015 in BioMEMS: Microchips Biotech Commercializes Implantable Drug-delivery Device
June 28, 2015 in Home: Digital Microfluidics Keeps Track of Quick-Fire Cell Signals
June 28, 2015 in Home: Microfluidics’ Watershed Moment
June 28, 2015 in Home: Fight Neurodegenerative Diseases using Stem Cells and Microfluidics
June 28, 2015 in Home: Northeastern Professor Receives $1.4 Million NIH Grant to Design Microfluidic Devices for Vaccine Development
June 28, 2015 in Books: Encyclopedia of Microfluidics and Nanofluidics-2nd Edition
June 21, 2015 in Home: Heartbeat On a Chip
June 21, 2015 in BioMEMS: Energy Harnessed From Humidity Can Power Small Devices- Very Cool!
June 21, 2015 in Home: Johnson & Johnson to Deploy Emulate' s Organs-on-Chips Platform in Drug Development Process
June 20, 2015 in Home: Researchers Design Placenta-on-a-chip To Better Understand Pregnancy
June 15, 2015 in BioMEMS: Special Issue of Advances in Microfluidic Devices for Cell Handling and Analysis on the Open Access Journal- Micromachines
June 11, 2015 in Home: Body on a Chip: Mimicking the Body On a Chip For New Drug Testing
June 10, 2015 in BioMEMS: Physicists Develop Ultrasensitive Nanomechanical Biosensor
June 10, 2015 in Home: Flow Cytometry On-a-Chip
June 8, 2015 in Genomics: Single-Cell Analysis: Powerful Drops in the Bucket
June 8, 2015 in Home: Physicists Make First Observation of The Pushing Pressure of Light
June 4, 2015 in Home: New Microfluidic Device Could Be a Safer Alternative to Lung Ventilators
June 4, 2015 in Home: Can Small Go Big? Microfluidics Aid Quest for Artificial Photosynthesis
May 29, 2015 in Home: Digital Microfluidics Enables Analysis of Multiple Steroid Hormones for Breast Cancer
May 28, 2015 in Genomics: Can We Identify Every Kind of Cell in the Body?
May 28, 2015 in BioMEMS: A Biosensing Chip Placed Under The Skin for More Precise Medicine
May 28, 2015 in BioMEMS: Describing the Behavior of a Thermal Mass Flow Sensor
May 27, 2015 in Home: What Makes Cancer Cells Spread? New Microfluidic Device Offers Clues
May 27, 2015 in Career Advice: Advice to A Young Scientist
May 27, 2015 in BioMEMS: New Chip for Faster, Easier Antibiotic-Resistant Bacteria Testing
May 27, 2015 in Home: Nanoparticles: Great Promise Against Cancer
May 27, 2015 in Genomics: New Platforms Genetically Barcode Tens of Thousands of Cells At a Time
May 27, 2015 in Home: Micromilling: A Top Option For Making Microfluidic Devices
May 21, 2015 in Home: Microfluidic Chip Captures Clusters of Circulating Tumor Cells-NIH Study
May 17, 2015 in Home: New Sampling Device Promises To Make Blood Tests Needle-free
May 17, 2015 in Home: Scientists Are Skeptical About The Secret Blood Test That Has Made Elizabeth Holmes a Billionaire
May 17, 2015 in BioMEMS: Device Can Measure The Distribution of Tiny Particles
May 17, 2015 in Home: Automated Counting of Tumor Cells in Blood
May 10, 2015 in 3D Printing: Unibody Lab-on-a-chip Fast Prototyping
May 10, 2015 in Home: Recent Developments in Droplet Based Microfluidic Technologies
May 10, 2015 in Home: Nomination Deadline for Pioneers of Miniaturization at µTAS 2015
May 8, 2015 in BioMEMS: Weighing and Imaging Molecules One at a Time
May 8, 2015 in BioMEMS: Graphene for Nanopore-based DNA Sequencing
May 8, 2015 in 3D Printing: Smartphone Video Microscope Automates Detection of Parasites in Blood
May 7, 2015 in Genomics: How Researchers, Breeders, and Farms Are Using Genomics to Improve Global Food Security?
May 2, 2015 in Home: Placenta-on-a-Chip: Universal Drug Testing Using Microfluidics
April 13, 2015 in BioMEMS: Breath Test for Detecting Head and Neck Cancer with Micro Sensor
April 12, 2015 in Home: Silicon Nanoparticles and Cells Can Now Be Printed with Lasers
April 12, 2015 in Home: NASA Chooses Microfluidic Electrochemical Reactor for Potential “Mission to Mars” Technology
April 12, 2015 in Home: Microfluidics for Accelerated Drug Assays
April 9, 2015 in Home: Seven Low-Cost Devices for Diagnosing Diseases in Poor Countries
April 9, 2015 in BioMEMS: Researchers Deliver Large Particles into Cells at High Speed
April 9, 2015 in BioMEMS: Inkjet-printed Nanoparticle Liquid Metal Could Bring Wearable Tech, Soft Robotics
April 8, 2015 in Home: IC 3D: Rapid, Sensitive Culture-Free Detection of Bacteria
April 6, 2015 in Genomics: µParaflo® Microfluidic Synthesis Platform
April 5, 2015 in BioMEMS: Plants Enable Highly Sensitive Temperature Sensors
April 5, 2015 in BioMEMS: Optics, Nanotechnology Combined to Create Low-cost Sensor for Gases
April 5, 2015 in BioMEMS: Microvalves: Enabling a New Technology for Tissue Expansion Systems
April 5, 2015 in BioMEMS: Diagnosing Disease with a Smartphone
April 5, 2015 in Home: Adaptive-Micro-Fluidic Sorting System for Medical Diagnostics
April 4, 2015 in BioMEMS: Soft, Energy-efficient Robotic Wings
April 4, 2015 in Home: Mechanically Stimulating Stem Cells
April 4, 2015 in BioMEMS: New Nanoneedles Could Be an Important Tool to Reprogram Cells
March 22, 2015 in Home: Biotechnology in a Microchip
March 22, 2015 in BioMEMS: Google Files Patent for Wearable Medical Device
March 22, 2015 in Home: Researchers Use the Latest in Nanotechnology and Transdermal Drug Delivery to Combat Acne
March 18, 2015 in Home: Lab-on-Paper for Rapid, Inexpensive Medical Diagnostics
March 18, 2015 in BioMEMS: Glucose Sensor Allows Single Point-of-Entry Artificial Pancreas
March 17, 2015 in 3D Printing: New Approach to 3D Printing Technology, Carbon3D Unveils Breakthrough CLIP
March 17, 2015 in Home: Stem Cells from Wisdom Teeth Can Be Transformed into Corneal Cells
March 14, 2015 in BioMEMS: Exotic Micropumps and Gels Offer Hope for Hearing Disorders
March 14, 2015 in Home: Beauty of Science: Droplet Dancing-II
March 14, 2015 in Home: One-step Detection of Pathogens and Viruses with High Sensitivity
March 11, 2015 in Home: Defining Resolution and Stability in Microfluidic Systems
March 9, 2015 in Lab-on-a-chip: Hearts-on-a-chip Could Aid Drug Screening
March 7, 2015 in Books: Fundamentals of Microfluidics and Lab on a Chip for Biological Analysis and Discovery
March 5, 2015 in Home: Microfluidics Helps Solve the Mysteries of Sickle Cell Disease
March 2, 2015 in BioMEMS: Microfluidic Diamond Sensor
February 25, 2015 in Home: Optical Nanoantennas Set the Stage for a NEMS Lab-on-a-chip Revolution
February 22, 2015 in Home: Microfluidics Makes Physical Keys Bubble Up From The Surface of a Touch Screen- $149 Phorm iPad Mini case
February 21, 2015 in Home: Microfluidic Cell Sorting: A Review of the Advances in the Cell Seperation
February 21, 2015 in 3D Printing: Graphene Structures Created with 3D Printing
February 21, 2015 in Home: Tiny Treasure: The Future of Nano-gold (Nature Videos)
February 19, 2015 in Home: Biodefence Researchers Seek Homo Chippiens
February 19, 2015 in Home: Heating Targeted Cancer Nano-drugs Increases Uptake in Tumour Cells
February 19, 2015 in Home: A Force Controlled Patch Clamp of Beating Cardiac Cells
February 19, 2015 in Home: Gold Nanotubes Launch a Three-Pronged Attack on Cancer Cells
February 19, 2015 in Home: Lab-on-a-chip to study single cells at EPFL
February 15, 2015 in Home: Smartphone Dongles Performed a Point-of-care Diagnostics
February 11, 2015 in Home: Low-tech Microfluidics
February 11, 2015 in Home: Real-time Deformability Cytometry: On-the-fly Cell Mechanical Phenotyping
February 11, 2015 in Home: Microfluidics Enables Production of Shape-controllable Microgels
February 11, 2015 in Home: 15 Awesome Surface Treatment Technologies in Daily Life
February 4, 2015 in Home: BioMEMS and BioInstrumentation, Lecture Series from Wayne State University
February 4, 2015 in Home: T2 Biosystems and Canon U.S. Life Sciences to Develop Lyme Disease Test Panel
February 4, 2015 in BioMEMS: How Technology Will Eat Medicine
February 4, 2015 in Home: Lab Rats? No, Lab Chips
February 1, 2015 in Home: Reliability of Devices Based on Microfluidics, Invitation to Participate in a Survey
January 29, 2015 in BioMEMS: Micromotors Powered by Stomach Acid
January 29, 2015 in Home: Rapid Test Kit Detects Dengue Antibodies from Saliva
January 29, 2015 in Home: Programmable Electrowetting with Channels and Droplets
January 29, 2015 in Home: iChip: The Future of Antibiotic Discovery
January 25, 2015 in Market Intelligence: 10X Genomics Emerges With $80M
January 23, 2015 in Science: New Method to Generate Arbitrary Optical Pulses
January 20, 2015 in Microfabrication: New Laser-patterning Technique Turns Metals into Supermaterials
January 20, 2015 in Home: Innovative Photonic Crystal Nanolaser Biosensor Detects Adsorption of Biomolecules
January 20, 2015 in Home: Novel Microfluidic Device Allows Electroporation of Stem Cells During Differentiation
January 20, 2015 in Lab-on-a-chip: Tiny Microfluidic Device Helps Analyze Behavior of Blood from Sickle Cell Disease Patients
January 20, 2015 in Science: Why Rain Has That Distinctive Smell
January 16, 2015 in Home: EVG Nanoimprint Lithography Technology
January 16, 2015 in Home: Manipulating nanoribbons at the molecular level
January 15, 2015 in Home: Microfluidic Device Observes T Cell Interaction
January 15, 2015 in Lab-on-a-chip: Microfluidic Method for Primary Neuron Culture and Analysis
January 11, 2015 in Bonding: Ultrasonic Welded Microfluidic Device for In vitro Diagnostics
January 11, 2015 in Video: Sorting Machine – Skittles and M &M
January 9, 2015 in BioMEMS: Material Incorporates DNA for a New Class of Biosensors
January 9, 2015 in Home: Top Flow Cytometry Instruments, Reagents and Software To Look Forward to In 2015
January 9, 2015 in Home: From a Pile of Dirt, Researchers Discover New Antibiotic
January 4, 2015 in Home: Physico-Chemical Formulation and Microfluidics Help Develop 3d Metamaterials
January 4, 2015 in Home: Market and Technology Analysis on Tissue Engineering
January 2, 2015 in Home: 2014 A Year of Science and Technology Breakthroughs
January 1, 2015 in Home: POINT-OF-CARE MEDICINE/MOLECULAR DIAGNOSTICS
December 27, 2014 in Home: Three-part Differential of Unlabeled Leukocytes with a Compact Lens-free Imaging Flow Cytometer
December 27, 2014 in Home: Dancing Magnetotactic Bacteria
December 27, 2014 in Home: Chinese Activities in Microfluidics
December 22, 2014 in Home: Microfluidic Diagnostics at the Point of Care: The Power of Paper
December 22, 2014 in Home: Lens-Free Microscope Can Detect Cancer at the Cellular Level
December 14, 2014 in Home: Acoustofluidic control of bubble size in microfluidic flow-focusing configuration
December 10, 2014 in BioMEMS: CellSqueeze microfluidic chips
December 8, 2014 in Home: Patent protection and licensing in microfluidics
December 8, 2014 in Home: Cell Ordering Using Pinch Flow Microchannel for Signle Cell Kinase Assay
December 8, 2014 in Home: A Decentralized Surveillance System for Measles and Rubella Powered by Paper-Based Digital Microfluidics
November 25, 2014 in Home: Nanoparticles infiltrate, kill cancer cells from within
November 24, 2014 in Home: High Resolution Cell Positioning for Enhancing Deformability Mapping
November 16, 2014 in Home: Optimizing Graphene Characterization
November 16, 2014 in Home: Sorting bloodborne cancer cells to better predict spread of disease
November 2, 2014 in 3D Printing: Precision 3D Printing by Solidscape
November 2, 2014 in Home: Microfluidic Deformability-Based Cell Separation
November 2, 2014 in Home: Microfluidic platforms with superhydrophobic and superhydrophilic channels
October 24, 2014 in Home: 3D Acoustic Levitation-Particle Manipulation
October 22, 2014 in Home: Why Silicon Valley must join the Ebola battle
October 19, 2014 in Home: Flow Cytometry and Inkjet Technology
October 14, 2014 in Home: Organs-on-Chips
October 13, 2014 in Home: Microfluidics: The Most Important Advancement in Biology You May Have Never Heard Of
October 13, 2014 in 3D Printing: 3D laser lithography
October 13, 2014 in Home: Ultra Highspeed Micromachining with End Mill
October 12, 2014 in Home: Casting Custom-Shaped Metal Nanoparticles Like Watermelons
October 9, 2014 in BioMEMS: Applications of Graphene in Medicine, including Microfluidics
October 7, 2014 in Home: Optical Cell Volume Measurement
October 4, 2014 in Home: Lab on a breathing chip from A *Start Research
October 4, 2014 in Home: Glass Chip Design Guide- Dolomite Microfluidics
October 2, 2014 in 3D Printing: 3D Printed Optics
September 28, 2014 in BioMEMS: Nanotechnologists Discover How to Carve Tunnels Beneath the Surface of Silicon Chips
September 25, 2014 in 3D Printing: Lego like 3-D “LABS-ON-A-CHIP” with modular components
September 24, 2014 in Home: A First Look at the Beckman Coulter CytoFLEX – Strong Performance in a Small Box
September 24, 2014 in Home: $17 million from NIH funds next phase of Tissue Chip for Drug Screening
September 23, 2014 in BioMEMS: Microenvironment-on-chip for tumor-targeting research
September 14, 2014 in Home: Home Microfluidics Kits for 21st-Century Kids
September 9, 2014 in Books: Book- Microfluidic Devices for Biomedical Applications
September 2, 2014 in Home: Downsize Your Cell Sorting with Microfluidics
September 2, 2014 in Home: The present and future role of microfluidics in biomedical research
August 27, 2014 in Home: Flow Cytometry Tutorials: Doublet Discrimination
August 27, 2014 in Home: Sorting Cancer Cells with Acoustic Waves
January 8, 2019 in Home: Philadelphia-Based Life Science Instrumentation Company Halo Labs Secures $5.6 Million
January 8, 2019 in Home: 10x Genomics Raises $35M in Series D Round Extension
December 29, 2018 in Home: Cell size and cell-cycle states play key decision-making roles in HIV
December 27, 2018 in Home: Microfluidic chip helps replicate the motor neuron connections affected by ALS
December 27, 2018 in Home: China Develops Raman-activated Cell sorting and Sequencing System
December 27, 2018 in Home: Single-Cell Sequencing Startup Mission Bio Raises $30 Million
December 27, 2018 in 3D Printing: MIT scientists can now shrink 3D printed objects down to nanoscale versions
December 25, 2018 in Home: Roche teams up with Alcyone LifeSciences in Precision Drug Delivery
November 30, 2018 in Home: 1DROP Raises $4.25 Million to Develop Next-Generation Portable Medical Diagnostics

Home » Media » An integrated CMOS quantitative-polymerase-chain-reaction lab-on-a-chip

An integrated CMOS quantitative-polymerase-chain-reaction lab-on-a-chip

An integrated CMOS quantitative-polymerase-chain-reaction lab-on-a-chip

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Announcement

Microfluidics Congress: USA, 24th-26th Jul 2017, Philadelphia. http://www.global-engage.com/event
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NIST Workshop on Standards for Microfluidics 2017, Jun 1 and 2nd, Gaithersburg, MD
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Optofluidics 2017 Singapore! http://www.optofluidics.sg/
July 25-28th, 2017
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SPIE 2017 Microfluidics, BioMEMS and Medical Microsystems, Jan 28-30th 2017

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SLAS 2017, Feb 4-8th 2017 http://www.slas2017.org/

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Philadelphia-Based Life Science Instrumentation Company Halo Labs Secures $5.6 Million
10x Genomics Raises $35M in Series D Round Extension
Cell size and cell-cycle states play key decision-making roles in HIV
Microfluidic chip helps replicate the motor neuron connections affected by ALS
China Develops Raman-activated Cell sorting and Sequencing System
Single-Cell Sequencing Startup Mission Bio Raises $30 Million

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