Who Is Visiting Us

Our Tweets
Search Our Site
Credits
Powered by Squarespace

Making Innovation Happen

A Global Aggregation of Leading Edge Articles on Management Innovation, Creative Leadership, Creativity and Innovation.  

This is the official blog of Ralph Kerle, Chairman, the Creative Leadership Forum. The views expressed are his own and do not represent the views of the International or National Advisory Board members. ______________________________________________________________________________________

 

Entries in Invention (20)

Thursday
Jun252009

Solutions for the Common Good

IdeaConnection is seeking to harness the collective intelligence of the world, and make it available to all. Contribute your social innovations for the good of mankind by posting your solutions and comments. The donation of your time and knowledge is appreciated by everyone using this resource.

Click to read more ...

Thursday
Jun252009

New Products and Inventions

New Method to Reduce Methane

New Method to Reduce Methane

University of Alberta researchers have developed a formula to lessen the methane gas that cattle produce by as much as 25 per cent by balancing starch, sugar, cellulose, ash, fat and other elements of feed.

Methane is a greenhouse gas which accounts for 72 percent of total emissions in Canada. Indentifying these factors in the food allows farmers to lessen the environmental impact of their cattle raising activities.

The study was funded by the Canada Research Chairs program and the Natural Sciences and Engineering Research Council.

[SCIENCEDAILY.COM]

Monday
May112009

Bring Your Ideas to life at Camp Invention

Visit http://www.inventnow.org/ to start

Sunday
May102009

View robotic penguins swim gracefully as the real creatures

Friday
Apr172009

New Products and Inventions

Molecule That Can Help The Heart Repair Itself

Molecule That Can Help The Heart Repair Itself

Researchers at UT Southwestern Medical Center have discoverd a protein that can initiate the repair of heart cells and blood vessel growth after a heart attack.

The molecule, Thymosin beta-4, is expressed by embryos during the heart's development and encourages migration of heart cells. Scientitsts have used the molecule experimentally in mice, and it can begin to take action as early as 24 hours after injection. An examination of the capillary smooth muscle cells three days later showed a significant increase in capillary density near the site of the heart attack.

Further studies are needed to determine whether the same success will occur in larger animals.