Absorbable biomaterial design innovation is our specialty. We focus on polymers and bioinks for medical devices, controlled drug delivery, and wound healing.
New Jersey, USA
Joined September 2022
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Welcome! We develop absorbable polymers for biomedical applications. We have a team of bioabsorbables wizards who can formulate polymers for the most challenging implantable device applications.
#medicaldevices #biomaterials
Controlled drug delivery can be... well, actually controlled with well-designed bioabsorbable polymers!
#drugdelivery #controlledrelease #medicaldevices
When you think absorbables, think Bezwada Biomedical! We've developed the building blocks needed to design the most unique bioabsorbable synthetic polymers for medical devices.
#medicaldevices #MEDTECH
A meta-analysis study of 15,572 patients found clinically comparable safety and efficacy between bioabsorbable polymer and durable polymer drug-eluting #stents. Longer term patient data may reveal differences but none have been shown yet.
bit.ly/3pG0P6C
Worried about how much work it would be to switch to a different bioabsorbable polymer in your device design? We’ve broken down the steps in this new blog article so you can be strategic about the effort spent.
#medicaldevices
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Check out our blog article on absorbable polymer inks for 3D printing! We map out several polymer options, their properties, and degradation rates.
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#3Dprinting #3dprint #bioprinting
We love cooking up bioabsorbable polymer magic at Bezwada Biomedical! Join our team and join the fun!
#HIRINGNOW
Are you working in 3D bioprinting? There are lots of bioabsorbable polymers to pick from as bioinks! Listen in as Dr. Rao Bezwada describes the pros and cons and properties of some of options we offer.
#3Dprinting #MedicalDevices
Hiring post-doc researcher in Hillsborough, NJ to work on bioabsorbable polymers, polymer synthesis, and biomedical devices.
Ph.D. in Biomedical/Chemical Eng/Biology/Chemistry
[email protected]
#postdocposition #AcademicChatter
bezwadabiomedical.com
Do you want a deeper dive into the chemistry of bioabsorbable polymers? Check out the collection of white papers we've put together!
bezwadabiomedical.com/resour…
#medicaldevices #3dprinting #3dbioprinting
Discover the magic of bioabsorbable polyurethanes! Our founder breaks it down step by step how Bezwada developed this technology and shares key properties.
#medicaldevices #polyurethanes
Curious about bioabsorbable polymers for your medical device development project? Our team is happy to help you find the right polymer for your requirements.
#medicaldevices
Great polylactic acid overview of the factors that affect degradation rate (it includes implant location) and the common and uncommon adverse reactions to its degradation products.
#medicaldevices #biodegradable
ncbi.nlm.nih.gov/pmc/article…
We're challenging what you think you know about common 3D printing polymers! Learn how we've used new technologies to change properties you may have taken for granted as limitations of some common 3D printing polymers.
#3dprinting #3dbioprinting
Fun fact: do you know how polyoxaesters got their name?
‘Oxa’ designates the replacement of an ethylene group by an oxygen atom, so these diacids have been called oxadiacids, and the resulting polymers polyoxaesters.
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How much do you know about absorbable polyurethanes? Could they help you meet your medical device design requirements?
#medicaldevices #medicaldevice
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We're #hiring! Are you a polymer chemist or know anybody who would be a great fit?
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#Hiring for a project manager!
Are you a fit or do you know somebody who might be?
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Excited to share that we've been awarded an @NSF SBIR Phase 2 grant for the Development of a Bioabsorbable Tissue Adhesive! Grateful to continue the development of our bioabsorbable polyurethane surgical tissue adhesive for patients in need.
bezwadabiomedical.com
