Donate to Science & Enterprise

S&E on Mastodon

S&E on LinkedIn

S&E on Flipboard

Please share Science & Enterprise

Software Aims to Boost Lab Results Reproducibility

A software package that claims to tackle a growing problem of the failure to reproduce results of scientific research, is being field tested in an academic lab. . . . → Read More: Software Aims to Boost Lab Results Reproducibility

DoD Grant Funds Exosome Manufacturing Process

A biotechnology company is receiving a Department of Defense grant to develop a commercial-scale manufacturing process for exosomes, tiny bubbles that deliver drugs to cells in the body. . . . → Read More: DoD Grant Funds Exosome Manufacturing Process

Grant for Research on Drugs to Improve Tissue Transplants

(skeeze, Pixabay)

27 June 2016. Department of Defense is funding research on new drugs that aim to improve the quality of tissue and limbs for transplants donated from people whose brains stop working. DoD awarded the grant of nearly $1 million to the Institute for Transformative Molecular Medicine at Case Western Reserve University . . . → Read More: Grant for Research on Drugs to Improve Tissue Transplants

On-Demand Pharma Manufacturing System Developed

Continuous-flow drug manufacturing system (Massachusetts Institute of Technology)

1 April 2016. Chemical engineers at Massachusetts Institute of Technology created a compact manufacturing system that produces small quantities of pharmaceuticals as needed. The system developed in the MIT labs of Alan Myerson, Klavs Jensen, and Timothy Jamison is described in the 31 March issue . . . → Read More: On-Demand Pharma Manufacturing System Developed

What it Takes to Innovate in the Old Economy

Richard van Atta (A. Kotok)

12 February 2016. Innovation is important throughout the modern economy, particularly in established industries that may lack the excitement of hot new sectors like biotechnology. A panel at the American Association for the Advancement of Science, or AAAS 2016 annual meeting today (12 February) in Washington, D.C. examined . . . → Read More: What it Takes to Innovate in the Old Economy

Stent Implants Demonstrated to Transmit Brain Activity

Stentrode device (University of Melbourne)

9 February 2016. A team of engineers and medical researchers in Australia show it’s possible to safely implant electrodes in the brain to transmit brain activity with a catheter-delivered stent. A description of the device and delivery process with sheep appears in yesterday’s (8 February) issue of the . . . → Read More: Stent Implants Demonstrated to Transmit Brain Activity

Ultrasound Healing Studied for Peripheral Nervous System

Elisa Konofagou (Columbia University)

20 January 2016. A biomedical engineering lab is investigating ultrasound stimulation of the peripheral nervous system as a therapeutic technique for human organs. The research at Columbia University in New York is funded by a four-year $3.33 million grant from Defense Advanced Research Projects Agency (DARPA).

The peripheral nervous . . . → Read More: Ultrasound Healing Studied for Peripheral Nervous System

Autism App Adapts Facial Analysis Software

The Autism and Beyond app assesses a child’s emotional state while viewing various stimuli. The dots are landmarks automatically placed on a video of the child by the software. (courtesy, Autism and Beyond)

31 December 2015. A research team at Duke University is using facial analysis software routines developed for the U.S. Navy . . . → Read More: Autism App Adapts Facial Analysis Software

Nanofibers, Stem Cells Studied for Rotator Cuff Repair

Helen Lu (Columbia University)

16 December 2015. An engineering lab at Columbia University is researching a new regenerative process that better integrates human tendon and bone tissue to repair rotator cuff injuries. The team led by biomedical engineering professor Helen Lu is funded by $1.1 million grant from Congressionally Directed Medical Research Programs . . . → Read More: Nanofibers, Stem Cells Studied for Rotator Cuff Repair

Protein Gels Being Devised to Simulate Human Functions

Jin Kim Montclare (New York University)

12 August 2015. New York University’s engineering school is developing a new type of protein-based gel materials that respond to and replicate natural biochemical processes. The three-year project, led by chemical and biomolecular engineering professor Jin Kim Montclare, is funded by a $368,000 grant from the U.S. . . . → Read More: Protein Gels Being Devised to Simulate Human Functions