In Frankenstein effort, Gregoire Courtine, a researcher at the École Polytechnique Fédérale in Lausanne, Switzerland, has developed a process that has helped a paralyzed rat in walking with a precise cadence. The neuroscientist has employed electronics to reinstate realistic movements to the disabled animal. With an aim of resurrecting life in the paralyzed limbs of people, the researcher has zapped spinal cords with electrical pulses. These undulations will substitute the commands being sent by brain in normal condition however, the signals are disrupted with an injury in the spinal cord.
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On/off Switch for Aging Cells Discovered: Telomere Homeostasis
Newly divided cells of the human body have an ability of replenishing certain organs including lungs, skin and liver consistently. However, majority of these cells have an expiry date, which means, they cannot perform the function throughout, since each division also corresponds to shortening of chromosomes. Upon reaching a certain stage telomere, the area of repetitive nucleotide sequences situated at the peripheral of each chromatid, stops the dividing process. This leads to degeneration of organs and tissues and eventually aging. However, in the presence of telomerase, an enzyme that rebuilds…
Read MoreMicrofluidic Device for self-monitoring of Intraocular Pressure: New Eye Sensor
In order to measure the intraocular pressure, eye surgeons use puff test, however, the non-contact tonometer does not always give accurate results, and this has always remain a major huddle in solving the real problem. Now, the time is not far when the eye doctors would be able to gauge the problem in real time and giving effective treatment for blindness-causing glaucoma. Researchers from the Faculty of Life Sciences, Bar Ilan University, Ramat-Gan, Israel and from Stanford University, US have developed an innovative lens- mounted microfluidic sensor.
Read MoreMicroscopic Organism controls Human Mind: Manipulative Microbes
Lack of strong willpower in us is to be blamed for not able to follow a strict diet and an exercise regime regularly. Along with this, a bacterium that resides in our gut too is responsible for not performing the action on regular basis. According to a new research, bacteria residing in our gut also play a significant role in altering our appetite and mood, making us succumb to consume as per their requirement and slowly leading us towards obesity and other diseases.
Read MoreGlucose Sensor in Brain Discovered: Controlling Blood-Sugar Level
Experts at Yale School of Medicine have identified a control switch of glucose within brain that has a direct linkage with both type 1 and type 2 diabetes. Ventromedial nucleus (VMN, or ventromedial hypothalamus, VMH) is a nucleus of the hypothalamus that contains an enzyme called the prolyl endopeptidase. This enzyme initiates a chain of steps that assist in controlling the levels of glucose in blood stream. Researchers envision that this finding would help them in leading towards new treatments for diabetes.
Read MoreSleep Deprivation leads to Memory Errors: Getting Brainwashed
We already know the importance of a good night’s sleep. Taking around 8 hours of sound sleep is considered essential for the body, as it is the time when the brain gets rid of its toxins. But in today’s fast paced life, people often have to give up on their sleep to catch up with other work. This lack of sleep has been already reported as a public health epidemic by the Centers for Disease Control and Prevention.
Read MoreRotten-egg smell of Farts helps in attenuating Cell Damage: Healing powers of the putrid-smelling
We may not really appreciate someone releasing a fart publicly, but experts from the University of Exeter, suggests that these stinky farts potentially offer great health benefits. Researchers say that hydrogen sulfide gas found in human flatulence and in the foul smell of rotten eggs might be helpful in attenuating cell damage caused by certain diseases. However, one should be careful as the gas in large quantity can be fatal.
Read MoreOdor Receptors in Skin Cells would facilitate Healing of Wounds: Smelling Therapy
After the nose and lungs, experts have found odor receptors (similar to one in the nose), present in skin cells and thus enabling our skin to sense different odors and surprisingly these help in the speedy healing of wounds. Researchers have found nearly 350 distinct varieties of olfactory receptors in the human nose. These receptors detect different odors and begin a signaling process which sends messages to the brain. Apart from nose, 150 olfactory receptors are also located in other internal tissues as heart, gut and liver. Using these receptors,…
Read MoreAntioxidants cannot shield against Cancer: Might accelerate Tumors
Many of us believe that food rich in antioxidants or taking antioxidant supplements is essential for maintaining a healthy life and prevents diseases like cancer, coronary heart disease and altitude sickness. A scientist from Cold Spring Harbor Laboratory and a Chicago colleague has rebutted this popular belief. They propose that a diet rich in antioxidants or antioxidant pills might not be beneficial in shielding against cancer.
Read MoreBack Pain does not Link to the Weather Conditions: Posture is to be blamed
Australian researchers have come up with a study that has exploded the stereotypical myth of the reason behind the lower back pain. Till now temperature, humidity, air pressure and wind direction have been blamed for causing the lower back pain in people. However, the team of researchers has rebutted this external reason. As per WHO, nearly 33% of the world’s population suffer from lower back pain and people in huge number blame weather condition for the discomfort in the respective bodies. Initial studies showed that extreme weather conditions altered the…
Read MoreContraceptive Implant with Remote Control: Women Conceiving with a Push of Button
Last month we witnessed MagnetoSperm microrobots for the nanoworld and now research scholars at MIT lab have devised a technology oriented birth control drug delivery system, which can be controlled from the outside. The 20 x 20 x 7 millimeters devise is supposed to be implanted inside the skin somewhere around buttocks, abdomen or upper arm. The mechanism Single implant will last for about 16 years with 30mg of levonorgestrel doling out per day. Levonorgestrel is the same hormone that is used in most of the over the counter contraceptives.…
Read MoreGenes Too Influences Will Power: Low Warrior Gene means Poor Self-control
To achieve a goal in life or to live in a society, humans have to exercise will power, to avoid negative thoughts and temptations that can drag them to a wrong direction. Will power is one of the human strength, which like a muscle can be exercised, but genes can also influence it.
Read MoreSelf-folding Gripper for Capturing Single Cells: Wafer Fabricated for Cellular Analysis
Human body is composed of different biological cells. Each cell is unique. Research shows that a sample of biopsied tumor consists of various distinct cells. These cells differ in their rate of proliferation, responsiveness to drugs, potential metastasis and so on. Therefore, it is essential for researchers to understand the behavior of individual cells and then accordingly design therapy and treatments, for which seizing individual cell is very important.
Read MoreAspirin an Antidote for Pancreatic Cancer: Anti-inflammatory Properties might Reduce the Risk
According to a research conducted by Yale Cancer Center and Yale School of Public Health, regular consumption of aspirin can almost cut half an individual’s risk of developing pancreatic cancer. Researchers found that individuals, who took low dose aspirin for years, had reduced chances of being diagnosed with pancreatic cancer.
Read MoreSalamanders can Regrow Lost Body Part: Limb Regeneration
Salamanders have long been known for their ability to successfully regenerate lost body parts like limbs or tail which works just like as original. This novel ability of salamanders has fascinated researchers working in the area of regenerative medicine and have been engaged in understanding the exact regeneration process. Finally, researchers from University College London seem to have unfolded the regeneration process of salamanders.
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