Molecular Nanotechnology Patent Application Trends 2024

Molecular Nanotechnology patent applications in 2024

Top Technology Areas in Molecular Nanotechnology

Top CPC Codes

• C12Q1/701 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L3/502738 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L2200/0647 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L2200/16 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L2200/027 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)

Top Companies in Molecular Nanotechnology

National University of Singapore

• Number of Molecular Nanotechnology patents: 1
• Top CPC codes:
  • C12Q1/701 (No explanation available): 1 patents
  • B01L3/502738 (No explanation available): 1 patents
  • B01L2200/0647 (No explanation available): 1 patents
• Recent patents:
  • 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore) (20240208)

New Companies in Molecular Nanotechnology (Last Month)

800px

No new companies detected in the last month.

Emerging Technology Areas in Molecular Nanotechnology

• B01L2200/027 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L2200/16 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L2200/0647 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• B01L3/502738 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)
• C12Q1/701 (No explanation available)
  • Count: 1 patents
  • Example: 20240043945. CATALYTIC AMPLIFICATION BY TRANSITION-STATE MOLECULAR SWITCHES FOR DIRECT AND SENSITIVE DETECTION OF SARS-COV-2 simplified abstract (National University of Singapore)

Top Companies in Emerging Molecular Nanotechnology Technologies

• National University of Singapore: 5 patents