Global Scientists Databases
A comprehensive database with 6.3 Million data, that contains information about scientists from all over the world. This database typically includes details such as the scientist’s name, research interests, publications, and affiliations.
The purpose of a Global Scientist Database is to provide a centralized source of information about scientists that can be used by various organizations, including universities, research institutions, and companies. Researchers can use this database to find collaborators, identify experts in specific fields, and stay up-to-date with the latest research.
Overall, a Global Scientist Database can be a valuable resource for researchers and organizations looking to connect with scientists around the world and collaborate on research projects. By centralizing information about scientists, these databases can help foster collaboration, advance research, and accelerate scientific progress.
Pharma Biotech companies can use Global Scientist Databases to support their research and development efforts.
Identifying experts in specific fields: Pharma Biotech companies can use Global Scientist Databases to identify scientists who have expertise in specific areas related to their research, such as drug development, molecular biology, or clinical trials. This can help them connect with potential collaborators, advisors, or consultants who can provide valuable insights and support.
Recruitment: Pharma Biotech companies can also use Global Scientist Databases to identify potential candidates for research positions within their organizations. By searching for scientists who have relevant skills, experience, and research interests, companies can find candidates who are well-suited for specific roles.
Monitoring emerging trends: Global Scientist Databases can be used by Pharma Biotech companies to monitor emerging trends and new developments in specific fields. By tracking the publications, patents, and affiliations of scientists working in relevant areas, companies can stay up-to-date with the latest research and identify opportunities for innovation.
Intellectual Property: Pharma Biotech companies can also use Global Scientist Databases to identify potential infringement or licensing opportunities related to patents and intellectual property. By searching for scientists who are affiliated with specific organizations or who have published research related to specific technologies, companies can identify potential opportunities or risks related to intellectual property.
Overall, a Global Scientist Database can be a valuable resource for Pharma Biotech companies looking to identify experts, target buyers, recruit talented researchers, monitor emerging trends, and identify intellectual property opportunities or risks. By leveraging the data in these databases, companies can stay ahead of the curve in their research and development efforts.
The purpose of a Global Scientist Database is to provide a centralized source of information about scientists that can be used by various organizations, including universities, research institutions, and companies. Researchers can use this database to find collaborators, identify experts in specific fields, and stay up-to-date with the latest research.
Overall, a Global Scientist Database can be a valuable resource for researchers and organizations looking to connect with scientists around the world and collaborate on research projects. By centralizing information about scientists, these databases can help foster collaboration, advance research, and accelerate scientific progress.
Pharma Biotech companies can use Global Scientist Databases to support their research and development efforts.
Identifying experts in specific fields: Pharma Biotech companies can use Global Scientist Databases to identify scientists who have expertise in specific areas related to their research, such as drug development, molecular biology, or clinical trials. This can help them connect with potential collaborators, advisors, or consultants who can provide valuable insights and support.
Recruitment: Pharma Biotech companies can also use Global Scientist Databases to identify potential candidates for research positions within their organizations. By searching for scientists who have relevant skills, experience, and research interests, companies can find candidates who are well-suited for specific roles.
Monitoring emerging trends: Global Scientist Databases can be used by Pharma Biotech companies to monitor emerging trends and new developments in specific fields. By tracking the publications, patents, and affiliations of scientists working in relevant areas, companies can stay up-to-date with the latest research and identify opportunities for innovation.
Intellectual Property: Pharma Biotech companies can also use Global Scientist Databases to identify potential infringement or licensing opportunities related to patents and intellectual property. By searching for scientists who are affiliated with specific organizations or who have published research related to specific technologies, companies can identify potential opportunities or risks related to intellectual property.
Overall, a Global Scientist Database can be a valuable resource for Pharma Biotech companies looking to identify experts, target buyers, recruit talented researchers, monitor emerging trends, and identify intellectual property opportunities or risks. By leveraging the data in these databases, companies can stay ahead of the curve in their research and development efforts.
Subject counts
Bio Sciences | # | Medical Sciences | # |
---|---|---|---|
Biochemistry | 138077 | Anesthesiology | 17299 |
Bioinformatics | 6133 | Cancer | 129643 |
Cell biology | 49739 | Dermatology | 25126 |
Developmental OR embryology | 3534 | Endocrinology | 29597 |
Ecology | 8606 | Gastroenterology | 60562 |
Genetics | 69686 | Hematology | 25430 |
Genomics | 11850 | Medicine | 608261 |
Immunology | 94030 | 94030 | 94030 |
Microbiology | 77063 | Neurology | 13583 |
Molecular biology | 10946 | Nutrition | 10946 |
Neuroscience | 96708 | Ophthalmology | 10670 |
Physiology | 84595 | Orthopaedics | 10941 |
Plant | 36232 | Pathology | 108515 |
Veterinary | 55686 | Pharmacology | 97338 |
Zoology | 16109 | 16109 | 73621 |
Country counts
Country | # | Country | # |
---|---|---|---|
Argentina | 9412 | Italy | 56793 |
Australia | 56810 | Japan | 163534 |
Austria | 17500 | Korea | 33861 |
Belgium | 28691 | Mexico | 15351 |
Brazil | 38345 | New Zealand | 10507 |
Canada | 82666 | Norway | 13166 |
China | 85691 | Poland | 22750 |
Czech | 10060 | Portugal | 9019 |
Denmark | 25178 | Russia | 10974 |
Finland | 20147 | South Africa | 9751 |
France | 92801 | Spain | 62053 |
Germany | 123745 | Sweden | 45329 |
Greece | 17897 | Switzerland | 32321 |
Hong Kong | 12224 | Taiwan | 22336 |
Hungary | 9497 | The Netherlands | 53756 |
India | 24519 | Turkey | 35110 |
Iran | 11876 | UK | 391547 |
Ireland | 9427 | USA | 1354744 |
Israel | 23822 |