Post by account_disabled on Mar 10, 2024 9:09:04 GMT 5.5
Harmful Substances Secreted Thereby Diverting It From Its Natural Goal of Preventing Bacterial Infection. Spread of Bacterial Infection. As a Result of This Development, Mice Infected With Certain Strains of Microorganisms Achieved Higher Survival Rates. While the Results Are Certainly Promising, More Research is Needed to Confirm These Preliminary Advances. Nanotechnology Fights Neurodegenerative Diseases Another Innovation of Nanotechnology in the Field of Medicine is to Help Cure and Treat Brain-related Diseases. It is Allowed Due to the Presence of a Real "Fence" in Our Central Nervous System, the Blood-brain Barrier ().
Substances Enter Our Brains in a Very Selective Way. Such Naturally Occurring Effects Sometimes Pose Problems for Drug Development Because Their Size is Often Too Large to Overcome the Blood-brain Barrier. This Creates Significant Inconveniences in the Search for Treatments for Neurodegenerative Chinese Europe Phone Number List Diseases (Such as Alzheimer's Disease, Parkinson's Disease) or to Treat Certain Brain Tumors. Fortunately, Nanotechnology Can Help Us With This Task, Too. In an Article Published in the Journal Nature Communications, Researchers From the University of Florida Demonstrate That Nanoparticles.
The Particles Could Be Used to Combine So That They Can Work in the Brain, Something They Couldn't Do Before. The Advance Represents a First Step Toward Treating Other Types of Diseases That Affect the Brain and is Another Example of How Nanotechnology Can Be Used in Biomedicine. As Feynman Anticipated at These Meetings Many Years Ago, This Scientific Discipline, However Small, Has a Bright Future, and There is No Doubt That Innovations in This Field Will Improve the Diagnosis and Treatment of Disease. Our Health.