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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 » MIT-Frenzied-Aerosols

MIT-Frenzied-Aerosols

MIT-Frenzied-Aerosols

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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/

Featured Channel

Ultrafast Compression Offers New Way to Get Macromolecules into Cells
MIT Engineers Make Microfluidics Modular Using the Popular Interlocking Blocks
Microscopic Magnetic Blocks Group Together to Control Individual Cells
IBM Scientists Use Lab-on-a-Chip Nanochannel Technology Designed to “Stretch” DNA to Help Detect Disease
TrueSurface – The Original Topographic Raman Imaging System

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Recent Posts

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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