Iranian scientists produced an optimum nanocomposite scaffold which can be used in bone tissue engineering more...

Iranian scientists used gel casting method to synthesize nanostructured foams made of hydroxyapatite and bio-active glass to be applied for tissue engineering purposes and drug delivery systems more...

The Second Seminar on Novel Sciences and Technologies in Petroleum Refining Industry is scheduled to be held in Isfahan Petroleum Refining Town and Isfahan University of Technology from October 4-5 more...

Iranian researchers solved the high corrosion problem in magnesium alloys with applications in tissue engineering, using fluorapatite nanoparticles more...

Iranian researchers succeeded in synthesizing poly (ether ether ketone) /silica polymeric nanocomposite in powder form by mechanical alloying with applications in airplane manufacturing industry more...

The Iranian and Italian scientists in a collaborated study managed to produce titanium oxide nanotubes more...

Iranian scientists managed to boost the freshness duration of orange juice from two weeks to one month by using packs containing silver and zinc oxide nanoparticles more...

Scientists in Iran managed to improve the properties of iron aluminide alloy by adding titanium and resizing the dimensions of its grains to nanometric scale to be applied in aerospace industry more...

Findings of a new study showed that bone scaffolds acquire higher strengths, bioactivity and biodegradability when coated by a nanocrystalline bioactive glass layer more...

Scientists in Iran could find a new method to optimize the synthesis of zinc nanoparticles via the electromagnetic levitational gas condensation method more...