National Institute for Innovation in Manufacturing Biopharmaceuticals

Nonprofit United States

Science and engineering research institutes

National Institute for Innovation in Manufacturing Biopharmaceuticals is a nonprofit in science and engineering research institutes based in Newark, United States^[1].

“NIIMBL works to enhance innovative manufacturing capabilities and develop a world-leading manufacturing workforce for the biopharmaceutical industry.”^[2]

Similar organizations6

Compare all →

Each with its fit to National Institute for Innovation in Manufacturing Biopharmaceuticals, from 0 to 100%: how close it is in what it does, its industry, the distinctive parts both public maps hold, and size and region. 85% and above is a direct peer, 70 to 85 close, 60 to 70 related; under 65 is left out, so there may be few. Open a row for its breakdown.

68%
Related
Neurocrine BiosciencesCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States
Company · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Very close in what it does · Same countryWhy 68%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to National Institute for Innovation in Manufacturing Biopharmaceuticals's, against an ordinary organization.	100%	63%	+63.2
IndustryFiled apart in the atlas, no shared Wikidata kind.	0%	32%	+0.0
Shared partsNeeds a public map on both sides: left out.	n/a	—	—
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.3
Fit			68%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

68%

Unigene LaboratoriesCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Company · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Biopharmaceutical company in New Jersey

Very close in what it does · Same countryWhy 68%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to National Institute for Innovation in Manufacturing Biopharmaceuticals's, against an ordinary organization.	100%	63%	+63.2
IndustryFiled apart in the atlas, no shared Wikidata kind.	0%	32%	+0.0
Shared partsNeeds a public map on both sides: left out.	n/a	—	—
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.3
Fit			68%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Parts: 1

68%

Biosearch TechnologiesCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Company · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Biotech company, expert in oligonucleotide design and manufacturing

Very close in what it does · Same countryWhy 68%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to National Institute for Innovation in Manufacturing Biopharmaceuticals's, against an ordinary organization.	100%	63%	+63.2
IndustryFiled apart in the atlas, no shared Wikidata kind.	0%	32%	+0.0
Shared partsNeeds a public map on both sides: left out.	n/a	—	—
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.3
Fit			68%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

People: 778
Parts: 3

67%

AdvaxisCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Company · Research and Development in Biotechnology (except Nanobiotechnology) · United States

American immunotherapy technology development company

Very close in what it does · Same countryWhy 67%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to National Institute for Innovation in Manufacturing Biopharmaceuticals's, against an ordinary organization.	98%	63%	+62.0
IndustryFiled apart in the atlas, no shared Wikidata kind.	0%	32%	+0.0
Shared partsNeeds a public map on both sides: left out.	n/a	—	—
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.3
Fit			67%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Revenue: $13,000
Parts: 4

67%

Intellia TherapeuticsCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Company · Research and Development in Biotechnology (except Nanobiotechnology) · United States

It is a biotechnology company developing biopharmaceuticals using a CRISPR gene editing system.

Very close in what it does · Same countryWhy 67%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to National Institute for Innovation in Manufacturing Biopharmaceuticals's, against an ordinary organization.	98%	63%	+61.7
IndustryFiled apart in the atlas, no shared Wikidata kind.	0%	32%	+0.0
Shared partsNeeds a public map on both sides: left out.	n/a	—	—
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.3
Fit			67%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Revenue: $59.5M
Parts: 4

65%

CytivaCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Company · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Biotech company

Very close in what it does · Same countryWhy 65%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to National Institute for Innovation in Manufacturing Biopharmaceuticals's, against an ordinary organization.	95%	63%	+60.1
IndustryFiled apart in the atlas, no shared Wikidata kind.	0%	32%	+0.0
Shared partsNeeds a public map on both sides: left out.	n/a	—	—
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.3
Fit			65%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

People: 6,679
Parts: 1

Similar organizations6

Neurocrine BiosciencesCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Unigene LaboratoriesCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Biosearch TechnologiesCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

AdvaxisCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

Intellia TherapeuticsCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States

CytivaCompany · Research and Development in Biotechnology (except Nanobiotechnology) · United States