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Low-calorie foods: nutritious options with almost zero calories


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When hunger strikes, filling up on low-calorie foods – like fruits and veggies – is one of the healthiest ways to sate your appetite. Not only are they high in water, so you can eat more of them, but they contain a far greater variety of vitamins, minerals and other healthful compounds than highly-processed choices.
While there s no scientific proof for negative-calorie foods – those said to burn more calories than they provide – unprocessed whole foods, especially those that are high in dietary fibre and protein, require the most energy to break down. In a study by Pomona College, 20 per cent of the calories in a whole-food meal were burned during digestion, compared to only 10 per cent in a processed meal. ....

United States , Tsvi Braverman Eyeem , Basak Gurbuz Derman , Larry Washburn , Bjrn Birkhahn Eyeem , Jenny Dettrick , Ross Woodhall , Claudia Totir , Kseniya Ovchinnikova , Maureen Vollum , Saint Louis University , Florida State University , American Heart Association , National Institute Of Health Sciences , University Of Strasbourg , Ohio State University , American Chemical Society , Salvador Zubir , National Institute , Health Sciences , Basak Gurbuz , Low Calorie Foods , ஒன்றுபட்டது மாநிலங்களில் , லாரி கழுவும் , ரோஸ் வூட்ஹால் , துறவி லூயிஸ் பல்கலைக்கழகம் ,

World's First Wearable Device to Measure Neonatal Jaundice and Vitals


World’s First Wearable Device to Measure Neonatal Jaundice and Vitals
Written by AZoSensorsMar 5 2021
Japanese scientists have designed the first-ever wearable devices to accurately monitor jaundice, a yellowing of the skin due to increased bilirubin levels in the blood that can result in severe medical conditions in infants.
Schematic of neonatal wearable device for detecting jaundice and vitals. Image Credit: Yokohama National University.
Treatment for jaundice can be done effortlessly by irradiating the infant with a blue light that disintegrates bilirubin, which is later secreted via urine. But the treatment itself can disturb bonding time, lead to dehydration and elevate the risks of allergic diseases. ....

Umihiro Kamoto , Yutaka Isoda , Ryosuke Matsuda , Hiroki Ota , Shuichi Ito , Masaki Shimamura , Fumika Nakamura , Azusa Uozumi , Yusuke Okubo , School Of Medicine , National Institute Of Health Sciences , Research Center , Takeda Science Foundation Life Research , Technology Agency , School Of System Integration Yokohama National University , Yokohama City University Graduate School Of Medicine , School Of System Integration , Yokohama City University , Department Of Pediatrics , Japan Agency For Medical Research , Yokohama National University , Division Of Cellular , Yokohama National , Graduate School , System Integration , Science Advances ,

First wearable device can monitor jaundice-causing bilirubin and vitals in newborns


Credit: Yokohama National University
Researchers in Japan have developed the first wearable devices to precisely monitor jaundice, a yellowing of the skin caused by elevated bilirubin levels in the blood that can cause severe medical conditions in newborns. Jaundice can be treated easily by irradiating the infant with blue light that breaks bilirubin down to be excreted through urine. The treatment itself, however, can disrupt bonding time, cause dehydration and increase the risks of allergic diseases. Neonatal jaundice is one of the leading causes of death and brain damage in infants in low- and middle-income countries.
To address the tricky balance of administering the precise amount of blue light needed to counteract the exact levels of bilirubin, researchers have developed the first wearable sensor for newborns that is capable of continuously measuring bilirubin. In addition to bilirubin detection, the device can simultaneously detect pulse rate and blood oxygen satur ....

Umihiro Kamoto , Yutaka Isoda , Ryosuke Matsuda , Hiroki Ota , Shuichi Ito , Masaki Shimamura , Fumika Nakamura , Azusa Uozumi , Yusuke Okubo , School Of Medicine , National Institute Of Health Sciences , Research Center , Takeda Science Foundation Life Research , Technology Agency , Yokohama City University Graduate School Of Medicine , Yokohama City University , Department Of Pediatrics , Japan Agency For Medical Research , Yokohama National University , Division Of Cellular , Graduate School , System Integration , Mechanical Engineering , Molecular Toxicology , Biological Safety , National Institute ,