Polymer Products for Vaccine Development
As nanovehicles, polymers have played an integral role in the advancement of vaccine delivery by maintaining long lasting immune responses to the antigens. They are biocompatible, biodegradable and do not cause any significant localized and systemic toxicities. Due to their biodegradation nature and small size, they can clear off from the body by phagocytes and maintain tissue homeostasis and can easily cross different biological barriers and deliver the antigen effectively. Creative Biolabs supplies a wide range of polymers for vaccine delivery. We strive to make our customers' products the best they can be. Welcome enquiry, please email list for unit or inquire!
CAT | Product Name | Product Overview | Type | Datasheet | Size | Price |
---|---|---|---|---|---|---|
VCar-Ly266 | nBu-PGA(20)[PEG2-N3(20)] | nBu-PGA(20)[PEG2-N3(20)], 3600 Da, n-Butyl-poly(L-glutamic acid gamma-azido-ethyltri(ethylene glycol) amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly267 | nBu-PGA(50)[PEG2-N3(20)] | nBu-PGA(50)[PEG2-N3(20)], 9100 Da, n-Butyl-poly(L-glutamic acid gamma-azido-ethyltri(ethylene glycol) amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly268 | nBu-PGA(100)[PEG2-N3(20)] | nBu-PGA(100)[PEG2-N3(20)], 18300Da, n-Butyl-poly(L-glutamic acid gamma-azido-ethyltri(ethylene glycol) amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly269 | nBu-PGA(200)[PEG2-N3(20)] | nBu-PGA(200)[PEG2-N3(20)], 36700 Da, n-Butyl-poly(L-glutamic acid gamma-azido-ethyltri(ethylene glycol) amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly270 | Prg-PGA(20) | Prg-PGA(20), 3000 Da, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly271 | Prg-PGA(50) | Prg-PGA(50), 7500 Da, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly272 | Prg-PGA(100) | Prg-PGA(100), 15100 Da, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly273 | Prg-PGA(200) | Prg-PGA(200), 30200 Da, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly274 | nBu-PGA(20)[Prg(20)] | nBu-PGA(20)[Prg(20)], 3000 Da, n-Butyl-poly(L-glutamic acid gamma-propargyl amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly275 | nBu-PGA(50)[Prg(20)] | nBu-PGA(50)[Prg(20)], 7500 Da, n-Butyl-poly(L-glutamic acid gamma-propargyl amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly276 | nBu-PGA(100)[Prg(20)] | nBu-PGA(100)[Prg(20)], 15 kDa, n-Butyl-poly(L-glutamic acid gamma-propargyl amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly277 | nBu-PGA(20)[Hyd(20)] | nBu-PGA(20)[Hyd(20)], 3700 Da, n-Butyl-poly(L-glutamic acid gamma-t-butyl carbazate) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly278 | nBu-PGA(200)[Hyd(20)] | nBu-PGA(200)[Hyd(20)], 40100 Da, n-Butyl-poly(L-glutamic acid gamma-t-butyl carbazate) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly279 | nBu-PGA(50)[Hyd(20)] | nBu-PGA(50)[Hyd(20)], 9900 Da, n-Butyl-poly(L-glutamic acid gamma-t-butyl carbazate) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly280 | nBu-PGA(20)[mPEG(20)] | nBu-PGA(20)[mPEG(20)], 4300 Da, n-Butyl-poly(L-glutamic acid gamma-(omega-methoxyhepta(ethylene glycol))) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly281 | nBu-PGA(50)[mPEG(20)] | nBu-PGA(50)[mPEG(20)], 10900 Da, n-Butyl-poly(L-glutamic acid gamma-(omega-methoxyhepta(ethylene glycol))) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly282 | nBu-PGA(100)[mPEG(20)] | nBu-PGA(100)[mPEG(20)], 21800 Da, n-Butyl-poly(L-glutamic acid gamma-(omega-methoxyhepta(ethylene glycol))) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly283 | nBu-PGA(200)[mPEG(20)] | nBu-PGA(200)[mPEG(20)], 40600 Da, n-Butyl-poly(L-glutamic acid gamma-(omega-methoxyhepta(ethylene glycol))) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly284 | nBu-PGA(200)[Prg(20)] | nBu-PGA(200)[Prg(20)], 30000 Da, n-Butyl-poly(L-glutamic acid gamma-propargyl amide) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
VCar-Ly285 | nBu-PGA(100)[Hyd(20)] | nBu-PGA(100)[Hyd(20)], 20200 Da, n-Butyl-poly(L-glutamic acid gamma-t-butyl carbazate) sodium salt, a poly-glutamic acid (PGA) derivative with the features of water-soluble, anionic and biodegradable. | Polymer | ![]() |
-- | Inquiry |
All of our products can only be used for research purposes. These vaccine ingredients CANNOT be used directly on humans or animals.