Innovators Motor Sports

Endurance run

Member required-OIST FSAE INDIA team (MMR) require 3 members.We have increased the team limit from 25 to 30.
The qualification order will be Electrical > Automobile> Mechanical.
Total team budget is Rs.14,00,000.Interested people please contact
Siddharth Sharma (Team captain)-Mob.9039701840.
Raghvendra Singh Bhadoriya (Team Manager)-Mob.9926186784.
Neeraj Kumar Nagaich(Faculty Adviser)-Mob.9993611936.

they will get certy from state govrngns n clg admins every week...nice job Arijit..

Why Indian People die in accidents...

Popular Indian cars fail crash tests - 31 January 2014 Five of India's most popular small cars have failed crash tests conducted by a UK-based car safety watchdog. TAGS: abc breaking news, bbc, bbc football, bbc ...

must watch engineers....

Varun Agarwal: From failing in engineering to co-founding a million-dollar company http://inktalks.com In a world where everyone around us want us to "think" and follow the conventional route to success, INK Fellow Varun Agarwal shares a ve...

Hey Everybody.. Thanks for liking this page.. I want to work on a project of making an unlimited source of energy... so what i m studying currently is Atomic Battery... Here is some more info abt atomic battery...

The terms atomic battery, nuclear battery, tritium battery and radioisotope generator are used to describe a device which uses energy from the decay of a radioactive isotope to generate electricity. Like nuclear reactors they generate electricity from atomic energy, but differ in that they do not use a chain reaction. Compared to other batteries they are very costly, but have extremely long life and high energy density, and so they are mainly used as power sources for equipment that must operate unattended for long periods of time, such as spacecraft, pacemakers, underwater systems and automated scientific stations in remote parts of the world.

Help me gain more of it by commenting....

SynVivo

CFD Research Corporation


COURTESY OF CFD RESEARCH CORPORATION
SynVivo is a synthetic in vivo vascular environment on a microfluidic chip. “The whole idea was to come up with a better in vitro model which actually makes use of the features and the geometry and the flow [of a real animal],” says lead developer Prabhakar Pandian.

The SynVivo platform, launched in December 2012, consists of about 20 standardized chips that mimic the different vascular geometries of hamster, rat, and mouse. Several chips also contain specialized cavities for seeding cells of a particular tissue type, such as neurons, hepatocytes, or tumor cells, which scientists can use to study interactions with drugs or other circulating compounds. The chips run from $50–$150. The company will even work with researchers to develop a customized chip for an additional cost.

“In the early stages of this, I thought this would be a tall order,” says Temple University biomedical engineer Mohammad Kiani, who is collaborating with the company to validate the platform, but is not financially tied to it. “But as we’ve gotten into it, we have realized that it can be done.”

To construct a synthetic in vivo environment, researchers simply coat the channels of the microchip with an appropriate substrate, such as fibronectin, and then seed it with cells. Fluid then moves through the system to mimic natural blood flow.

“We are very surprised that we are getting such good agreement between what we see in vivo and what’s being done in vitro,” says Kiani, who is using the technology to look at the interaction of human leukocytes and endothelial cells, to investigate therapeutic approaches to disruptions of the blood-brain barrier in children, and to replicate the interaction of tumor cells with endothelial cells during metastasis. “I think it has a lot of potential.”

SCHADT: This product can recreate realistic human microvascular networks within which cells of interest can be cultured and studied in a more realistic setting.

LUSTIG: This is the next step in microvascular microfluidic assay systems, enabling innovative cell-migration and drug-distribution assays that are difficult to model in other ways.

dip old utensils into paint

nickel, argon, krpton, xenon, and more normal sounding elements are the constiuants require to make a 20 year lasting battery! Polonium, Uranium or other heavier elements make atomic batteries that would produce useable power for centuries!

http://www.youtube.com/watch?v=pMU_xWvFYbc

cars will be safer...

2012 Mercedes-Benz ML350 Safety Features http://jclink.me/mobemerc The safety features found on the 2012 Mercedes Benz ML350 include the ability to avoid a rear end collision and detect if you're sl...