Hartings Lab Bio Inorganic Chemistry
Using Hydrogel Sealants, Burn Patients May Be Able To Change Their Dressings Without Experiencing Pain.
Today, Biomaterials Play A Critical Role In Medicine, Helping Patients Recover From Injury Or Disease By Restoring Function And Promoting Healing. If A Biological Function Or Tissue Is Damaged, Biomaterials Can Be Used In Medical Applications To Help Repair And Enhance It Or To Replace It. Ancient Egyptians Used Animal Sinew To Make Sutures In The Earliest Known Use Of Biomaterials. Biological, Physical, And Chemical Aspects Of Biomaterials Are All Intertwined In The Modern Biomaterials Field. Due To Advances In Tissue Engineering, Regenerative Medicine, And Other Areas, The Field Has Grown Significantly In The Last Decade.
Biomaterials Can Be Made From Metals, Ceramics, Plastics, Glass, And Even Living Cells And Tissue. For Use In Biomedical Products And Devices, They Can Be Reengineered Into Moulded Or Machined Parts, Coatings, Fibres, Films, Foams, And Fabrics. These May Include Heart Valves, Hip Joint Replacements, Dental Implants, Or Contact Lense Replacement. Biodegradable And Bio-Absorbable Materials Are Often Used, And They Are Gradually Eliminated From The Body After They Have Served Their Purpose.
How Are Biomaterials Currently Utilised In The Medical Field?
Researchers, Doctors, And Bioengineers All Rely On Biomaterials For A Wide Range Of Purposes:
A Wide Range Of Medical Implants Are Available To Treat A Variety Of Conditions, From Heart Valves And Grafts To Artificial Joints And Ligaments And Tendons.
Sutures, Clips, And Staples For Wound Closure, As Well As Dissolvable Dressings For Wound Healing.
A Combination Of Biomaterial Supports Or Scaffolds, Cells, And Bioactive Molecules Is Used To Regenerate Human Tissues. Hydragels For Bone Regeneration And Lab-Grown Human Bladders Are Examples.
Molecular Probes And Nanoparticles That Can Penetrate Biological Barriers And Aid In Cancer Imaging And Therapy At The Molecular Level Are Being Developed.
Biosensors That Can Detect And Transmit Information About Specific Substances. Blood Glucose Monitors And Brain Activity Sensors Are Two Examples.
Carrying And Applying Drugs To A Disease Target Via A Drug Delivery System Stents Coated With Drugs And Cancer Patients’ Implantable Chemotherapy Wafers Are Two Examples Of This.
