At Keystone Nano, we tackle huge challenges at the nano level. Were developing nanoscale solutions for better treatment of cancer and for improvements in difficult-to-solve industrial chemistries. We have both an internal development program and a series of co-development programs with partner companies, using our unique nanoparticles to deliver their actives. NanoJackets. Keystone Nano has an exclusive license to technology patented by Penn State University that allows the creation of stable, non-toxic, long-lasting 5 to 50 nm-composite particles that we call NanoJackets. Composed principally of calcium phosphosilicates, these NanoJackets can encapsulate drugs or fluorescent molecules. Unlike most other nanoparticles, NanoJackets have biocompatible base materials, dissolve upon entering cells, and can be passively or actively targeted. Nanoliposomes. Our technology allows the creation of small liposomes with well-defined size, charge, and stability that have demonstrated effectiveness against melanoma, breast cancer, and leukemia. Nanoliposomes can carry ceramide and other compounds of interest. We can scale up liposomes and conduct a range of physical and biological characterizations. We invite you to partner with us to accelerate the commercialization of new products that use nanotechnology to improve the treatment of disease and the quality of life.
At Keystone Nano, we tackle huge challenges at the nano level. Were developing nanoscale solutions for better treatment of cancer and for improvements in difficult-to-solve industrial chemistries. We have both an internal development program and a series of co-development programs with partner companies, using our unique nanoparticles to deliver their actives. NanoJackets. Keystone Nano has an exclusive license to technology patented by Penn State University that allows the creation of stable, non-toxic, long-lasting 5 to 50 nm-composite particles that we call NanoJackets. Composed principally of calcium phosphosilicates, these NanoJackets can encapsulate drugs or fluorescent molecules. Unlike most other nanoparticles, NanoJackets have biocompatible base materials, dissolve upon entering cells, and can be passively or actively targeted. Nanoliposomes. Our technology allows the creation of small liposomes with well-defined size, charge, and stability that have demonstrated effectiveness against melanoma, breast cancer, and leukemia. Nanoliposomes can carry ceramide and other compounds of interest. We can scale up liposomes and conduct a range of physical and biological characterizations. We invite you to partner with us to accelerate the commercialization of new products that use nanotechnology to improve the treatment of disease and the quality of life.
keystonenano.com
1981 Pine Hall Road State College, PA 16801, US
2005
500K-1M
1-10
2
3254
Equipment
Ramping up production
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1981 Pine Hall Road State College, PA 16801, US
1214 Research Boulevard Hummelstown, PA 17036, US
Keystone Nano, Inc. operates from 2 locations.
Keystone Nano, Inc.'s revenue is $500K-1M.
The headquarters of Keystone Nano, Inc. are located in 1981 Pine Hall Road State College, PA 16801, US.
The NAICS code for Keystone Nano, Inc. is 3254.
Keystone Nano, Inc. has 1-10 employees.
The official website of Keystone Nano, Inc. is keystonenano.com.
Keystone Nano, Inc. was founded in 2005.
Indicates the company's current production trend and growth trajectory.
FALSE
Our production algorithm is showing that Keystone Nano, Inc. is not ramping up production.
Keystone Nano, Inc. offers a range of services and capabilities, including NanoJackets for RNA delivery.
Keystone Nano, Inc. serves several industries, including the medical industry.
Keystone Nano, Inc. operates from 2 locations.
Keystone Nano, Inc.'s revenue is $500K-1M.
The headquarters of Keystone Nano, Inc. are located in 1981 Pine Hall Road State College, PA 16801, US.
The NAICS code for Keystone Nano, Inc. is 3254.
Keystone Nano, Inc. has 1-10 employees.
The official website of Keystone Nano, Inc. is keystonenano.com.
Keystone Nano, Inc. was founded in 2005.
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