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The perfect steak? Researchers create lab-grown meat with better taste and made-to-order marbling

The perfect steak? Researchers create lab-grown meat with better taste and made-to-order marbling
HAMILTON, Ontario Usually when you go to a steakhouse, the waiter asks how you’d like your meat cooked. Researchers from McMaster University say they may soon be asking how you’d like your steak “tuned.” The team has developed a new form of lab-grown meat that they say has a more natural taste and texture than other alternative meats.
Not only does their creation give more of that “real meat” experience, the study finds this new approach also allows the eater to have the exact amount of fat content and marbling they want in that particular cut of “meat.” ....

Ravi Selvaganapathy , Alireza Shahin Shamsabadi , Mcmaster University , Mcmaster School Of Biomedical Engineering , Canada Mcmaster University , Biomedical Engineering , Cells Tissues , மக்மாஸ்டர் பல்கலைக்கழகம் , மக்மாஸ்டர் பள்ளி ஆஃப் உயிர் மருத்துவ பொறியியல் , கனடா மக்மாஸ்டர் பல்கலைக்கழகம் , உயிர் மருத்துவ பொறியியல் , செல்கள் திசுக்கள் ,

New Drug Delivery System Reduces Side Effects Of Anti-Psychotics

New Drug Delivery System Reduces Side Effects Of Anti-Psychotics
by Pooja Shete on
January 20, 2021 at 12:30 AM
A team of neuroscientists and engineers have created a nasal spray to deliver antipsychotic medication directly to the brain instead of having it to pass through the body.
Antipsychotics are used for the treatment of schizophrenia, bipolar disorder, and other conditions. The nasal spray delivery system will reduce the doses of powerful antipsychotic medications by three quarters. This will
reduce the side effects significantly and also the frequency of the required treatment.
The study conducted at McMaster University is published in
Journal of Controlled Release. ....

Rodney Johnson , Ram Mishra , Todd Hoare , Mcmaster University , Mcmaster School Of Biomedical Engineering , Canada Research , University Of Minnesota , Department Of Psychiatry , Behavioural Neurosciences , Biomedical Engineering , Canada Research Chair , Chemical Engineering , Printing Drugs , Delivery Systems , Toxicityclinical Trials , Signature Drug Toxicitydrugs Banned , Diabetes Management , Bipolar Disorder , Nasal Spray , ரோட்னி ஜான்சன் , ரேம் மிஸ்ரா , டாட் ஹோர் , மக்மாஸ்டர் பல்கலைக்கழகம் , மக்மாஸ்டர் பள்ளி ஆஃப் உயிர் மருத்துவ பொறியியல் , கனடா ஆராய்ச்சி , பல்கலைக்கழகம் ஆஃப் மினசோட்டா ,

New nasal spray delivers antipsychotic medication directly to the brain

New nasal spray delivers antipsychotic medication directly to the brain
A team of neuroscientists and engineers at McMaster University has created a nasal spray to deliver antipsychotic medication directly to the brain instead of having it pass through the body.
The leap in efficiency means patients with schizophrenia, bipolar disorder and other conditions could see their doses of powerful antipsychotic medications cut by as much as three quarters, which is expected to spare them from sometimes-debilitating side effects while also significantly reducing the frequency of required treatment.
The new method delivers medication in a spray that reaches the brain directly through the nose, offering patients greater ease of use and the promise of improved quality of life, including more reliable, effective treatment. ....

Rodney Johnson , Ram Mishra , Fahed Abuhijleh , Michael Majcher , Todd Hoare , Emily Henderson , Mcmaster University , Mcmaster University Interdisciplinary Research Fund , Engineering Research Council Of Canada , Natural Sciences , Department Of Psychiatry , Canadian Institutes Of Health Research , Collaborative Health Research Partnership Grant , Mcmaster School Of Biomedical Engineering , Canada Research , University Of Minnesota , Behavioural Neurosciences , Biomedical Engineering , Canada Research Chair , Chemical Engineering , Wali Babar , Andrew Lofts , Engineering Research Council , Canadian Institutes , Health Research , Interdisciplinary Research ,

New delivery method promises relief from antipsychotic medication's adverse side effects

Credit: Georgia Kirkos, Mcmaster University
HAMILTON, ON, Jan. 15, 2021 A team of neuroscientists and engineers at McMaster University has created a nasal spray to deliver antipsychotic medication directly to the brain instead of having it pass through the body.
The leap in efficiency means patients with schizophrenia, bipolar disorder and other conditions could see their doses of powerful antipsychotic medications cut by as much as three quarters, which is expected to spare them from sometimes-debilitating side effects while also significantly reducing the frequency of required treatment.
The new method delivers medication in a spray that reaches the brain directly through the nose, offering patients greater ease of use and the promise of improved quality of life, including more reliable, effective treatment. ....

Rodney Johnson , Ram Mishra , Fahed Abuhijleh , Michael Majcher , Todd Hoare , Mcmaster University , Mcmaster University Interdisciplinary Research Fund , Engineering Research Council Of Canada , Natural Sciences , Department Of Psychiatry , Canadian Institutes Of Health Research , Collaborative Health Research Partnership Grant , Mcmaster School Of Biomedical Engineering , Canada Research , University Of Minnesota , Behavioural Neurosciences , Biomedical Engineering , Canada Research Chair , Chemical Engineering , Wali Babar , Andrew Lofts , Engineering Research Council , Canadian Institutes , Health Research , Interdisciplinary Research , Biomedical Environmental Chemical Engineering ,