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Indian scientists' silica nanoparticles can help design better drug delivery systems

Indian researchers have developed silica nanoparticles with pores tuned to absorb hydrophobic drugs with more stable surfaces and effective absorption properties that can improve drug delivery systems (DDS), an official statement said on Monday.

Bengaluru , Karnataka , India , Pune , Maharashtra , Matter-sciences , Department-of-science-technology , Technology-ministry , Centre-for-nano , National-chemical-laboratory , Particle-system-characterisation-

Indian Scientists Develop Soft Robotic Actuators From Waste Onion Peels

Indian Scientists Develop Soft Robotic Actuators From Waste Onion Peels
sputniknews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from sputniknews.com Daily Mail and Mail on Sunday newspapers.

Bengaluru , Karnataka , India , Pragnya-satapathy , Gurumurthy-hegde , S-krishna-prasad , Matter-sciences-ce , B-ms-college-of-engineering , Centre-for-nano , India-ministry-of-science , Soft-matter-sciences , பெங்களூரு

Scientists develop sensor to detect O2 concentrations in air

Centre for Nano and Soft Matter Sciences (CeNS) scientists have developed a nanorods-based oxygen sensor which can detect oxygen gas concentrations in places such as underground mines, at higher altit.

Matter-sciences-ce , Centre-for-nano , Soft-matter-sciences , Sensor , Oxygen-sensor , Oxygen-gas-concentrations , Nanorods , Mos , விஷயம்-அறிவியல்-ஸ் , மையம்-க்கு-நானோ , மென்மையான-விஷயம்-அறிவியல்

Scientists develop e-nose to detect noxious fumes


Scientists develop e-nose to detect noxious fumes
Scientists develop e-nose to detect noxious fumes
Bangalore Mirror Bureau / Updated: Apr 16, 2021, 06:00 IST
Picture for representational purpose only
Scientists from the city-based Centre for Nano and Soft Matter Sciences (CeNS) have developed an electronic nose with biodegradable polymer and monomer that can detect hydrogen sulphide (
H2S).
H2S is a poisonous, corrosive and
flammable gas produced from swamps and sewers. H2S is the primary gas produced from the microbial breakdown of organic matter in the absence of oxygen, and this necessitates easy detection of its emission from
sewers and swamps.
Saudi Arabia, developed an exceptionally

Saudi-arabia , Matter-sciences-ce , Centre-for-nano , Ministry-of-science , Soft-matter-sciences , சவுதி-அரேபியா , விஷயம்-அறிவியல்-ஸ் , மையம்-க்கு-நானோ , அமைச்சகம்-ஆஃப்-அறிவியல் , மென்மையான-விஷயம்-அறிவியல் ,

Bangalore Scientists Develop Electronic Nose To Detect Poisonous And Flammable Hydrogen Sulphide Gas Produced From Sewers


Bangalore Scientists Develop Electronic Nose To Detect Poisonous And Flammable Hydrogen Sulphide Gas Produced From Sewers
Sewer pipe line construction in Mumbai. (representative image) (Kunal Patil/Hindustan Times via Getty Images)
Scientists from the Centre for Nano and Soft Matter Sciences (CeNS), Bangalore, have developed an electronic nose with biodegradable polymer and monomer that can detect hydrogen sulphide (H2S), a poisonous, corrosive, and flammable gas produced from swamps and sewers.
H2S is the primary gas produced from the microbial breakdown of organic matter in the absence of oxygen, and this necessitates easy detection of its emission from sewers and swamps, the Ministry of Science and Technology said in a statement.

Saudi-arabia , Bangalore , Karnataka , India , Channabasaveshwar-yelamaggad , Khaledn-salama , Matter-sciences-ce , Porous-materials-center , Department-of-science , King-abdullah-university-of-science , Centre-for-nano , Ministry-of-science

New electronic nose with biodegradable polymer and monomer can detect hydrogen sulphide from sewers


Apr 13, 2021
The impersonation of ORN with the help of an organic electronic device consisting of biodegradable polymer and monomer under Dr. Channabasaveshwar
 Yelamaggad from CeNS and Prof. Khaled N. Salama, Sensors lab, Advanced Membranes, and Porous Materials Center, King Abdullah University of Science and Technology (KAUST), Saudi Arabia has been published in the journals 
‘Materials Horizon’ and 
‘Advanced Electronic Materials’ recently.
The fabricated sensor consists of a heterostructure consisting of two layers – the top layer a monomer and is realized with a novel chemical tris (keto-hydrazone), which is both porous and contains H
2S specific functional groups, and the bottom layer is the active channel layer which plays a key role in altering the current and mobility of charge carriers.

Saudi-arabia , Bangalore , Karnataka , India , New-delhi , Delhi , Khaledn-salama , Department-of-science-technology , Matter-sciences-ce , Porous-materials-center , King-abdullah-university-of-science

Hydrogen mission: Thrice as nice - The Hindu BusinessLine


Hydrogen mission: Thrice as nice
February 14, 2021
All aboard: The long-awaited National Mission on Hydrogen looks imminent, given its mention in the Budget speech   -  ISTOCK.COM
All aboard: The long-awaited National Mission on Hydrogen looks imminent, given its mention in the Budget speech   -  ISTOCK.COM×
To power its economy with pocket-friendly green hydrogen, India need look no further than its farmlands
Biezel Green Energy (BGE) is not a known name, except perhaps in the vicinity of Varanasi, where the company has a production unit. But what the company is doing may be a good indicator of the shape of things to come, in the hydrogenisation of the Indian economy.

India , Bengaluru , Karnataka , Varanasi , Uttar-pradesh , John-goodenough , Preetam-singh , Matter-sciences , Biezel-green-energy , National-mission-on-hydrogen , Indian-institute-of-science , University-of-texas

Low-cost hydrogen peroxide - The Hindu BusinessLine


×
Researchers C Sathiskumar, C Alex and Neena S John at the Centre for Nano and Soft Matter Sciences, a unit of the Department of Science and Technology, have developed a catalyst to make low-cost hydrogen peroxide, a useful chemical. They synthesised a composite chemical called nickel cobalt phosphite (NiCo-Phi) decorated with carbon nanotubes. The chemical functioned as a catalyst for two reactions — oxygen evolution and oxygen reduction. Usually, reduction reactions — gaining electrons — of transition metal phosphorous oxy compounds end up in the formation of hydroxyl. However, in this reaction, because the catalyst allowed two-electron transfer instead of four-electron transfer, the researchers could “tune” the reaction for the production of hydrogen peroxide. The yield was high, researchers say.

Mumbai , Maharashtra , India , Neenas-john , Matter-sciences , Department-of-science , Centre-for-nano , Researchersc-sathiskumar , Soft-matter-sciences , Manastu-space , மும்பை