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Micro-spur gears were fabricated by powder injection–compression molding and micro-two-step gears were produced through stacking and sintering of the green parts. Shrinkage of micro-gears by sintering was larger in teeth and with increase of compression pressure, shrinkage was decreased due to increase of density in green parts. Surface roughness of sintered body was reduced to a few hundreds of nanometers by ultrasonic micro-polishing. The joining of green bodies by stacking and sintering was achieved using the pressurized sintering and insert of feedstock powders between both green bodies.

Fortis Escorts Heart Institute wins ‘Best Single Specialty Hospital - Cardiology‘ title.

Probiodrug transfers its CDK9 inhibitor program to AstraZeneca.

GE to expand in life sciences with acquisition of strategic assets from Thermo Fisher Scientific.

MD Anderson teams up with Pfizer to advance cancer immunotherapy.

Trovagene and US Oncology Research collaborate on a prospective study for urine-based KRAS testing in patients with metastatic pancreatic cancer.

MedImmune and Immunocore enter immunotherapy agreement to develop novel cancer therapies.

Nodality enters into a strategic collaboration with Johnson & Johnson Innovation in autoimmune diseases.

Knopp Biosciences and NIH to collaborate in evaluating dexpramipexole in patients with hypereosinophilic syndrome.

AMN Healthcare receives top workplace award.

National Cancer Centre Singapore and Clearbridge BioMedics partner to bring circulating tumor cell technology closer to clinic.

Latest updates on soaps, detergents, cosmetics, hair care industry at 4th Emerging HPC Surfactants Markets.

CMT's 11th Phenol/ Acetone & Derivatives Markets in Shanghai, hones in on feedstock costs, excess capacities and more.

A*STAR signs agreement with Nestlé to strengthen food & nutrition R&D in Singapore.

Amorfix enters into agreement with a major global pharmaceutical company for Alzheimer's disease diagnostic.

PHARM Connect Congress- One step before the future.

Many environmentalists are concerned that renewable bioenergy, such as corn or wood ethanol will not reduce carbon emissions but will deplete forests. Using a general stylized forest sector management model, our study examines the economic potential of traditional industrial forests and supplemental dedicated fuelwood plantations to produce biomass on submarginal lands not suitable for most crop agriculture. The study finds that forests can economically produce large levels of biofuel without compromising crop production, thereby avoiding price pressures that lead to cropland conversion and carbon emissions.