This Patent Landscape Report on Optogenetics analyzes research trends with a focus on Targeting Techniques, Sensors, Light Equipments, Actuators and Applications and also highlights the key Applicants involved in this space.

To read the complete report visit: https://patseer.com/2019/02/patent-landscape-report-on-optogenetics/

This report is based on search strategy for Optogenetics space / technology, after Patent data curation from thousands of records, we come up with representative set of 3452 records (1728 families).

Trend analysis based on filing of priority application indicates a gradual increase in number of applications being filed after 2013.Maximum number of patent applications (263) taking/having priority were filed during 2016.

University of Stanford leads the patent count for Optogenetics followed by University of California and University of MIT.

More number of Universities and research originations in the top applicants with University of Stanford leading the record count.

University TUFTS has the highest Generality amongst the top universities innovating in optogenetics, which implies that it has multiple applications.

Though there are long gaps in the timeline from the early days, the recent years have continued to see a lot of IP activity.

New Entrants in the last 5 years Considered For Analysis Are

Circuit Therapeutics Inc. Caris Science Inc. Galvani Bioelectronics Aldeyra Therapeutics Inc. Functional Neurmodulation Inc. Axion Biosystem Inc. Dr Nona International Ltd Inscopix Inc. Kyungpook Nat Univ Ind Acad

Table of Contents

Optogenetics — Overview ………..…..2

Patent Search Strategy…………… 3

Technical Segmentation (Patent Categories)………..…. 4

Optogenetics: Trends

Innovation Trends ……………… 5

Trend for Various Application Areas of Optogenetics Over the Last 15 Years ……………. 6

Trend for Various Targeting Techniques of Optogenetics over the Last 15 Years …………..7

Inventions Abandoned and Renewed ………..………8

Technology Cycle Time ………9

Optogenetics: Current Research Landscape

Key Areas of Research for Optogenetics

Key Areas of Research for Optogenetics …………..10

Research Activity around World…………... 10

Actuators across Different Types of Applications ………..…11

Sensors across Different Types of Application ………….…..12

Top CPC Classifications …………..…13

Prominent Areas of Research ……………..14

Top Applicants* Portfolio Analysis (Quantitative)

Top Applicants — Portfolio Size and Quality ……………..16

Inventor Groups of Top Applicants for Optogenetics ………..….17

Portfolio Analysis Of Applicants Across Technical Segments …………....18

Applicants across Different Types of Applications …………....18

Applicants across Different Targeting Techniques …………..…..19

Applicants across Different Sensors ……………20

Applicants across Different Light Equipments………………21

Applicants across Different Actuators …………….22

Technology Landscape for Optogenetics ……………. 23

Top Applicants Portfolio Analysis (Qualitative)

Top Applicants That Are Companies (Firms) and Their Quality Analysis……………25

Innovation Summary of Top Applicants …………25

Top Applicants with Citation and Legal Quality ………….26

Top Applicants That Are Universities (Univ.) and Their Quality Analysis………….27

Innovation Summary of Top Universities …………….27

Top Universities and Their Research Caliber …………….28

Top Universities Ranked By Originality ………………. 28

New Entrants Portfolio Analysis (Quantitative)

New Entrants in the Last 5 Years …………….31

Innovation Timeline for the New Entrants …………….31

Innovations across Different Targeting Techniques for the New Entrants in Optogenetics ……………….32

Company Spotlight Wart New Entrants

New Entrants across Sensors …………………….33

New Entrants across Actuators …………………….34

New Entrants across Applications …………………….35

New Entrants Summary Report …………………….36

New Entrants Portfolio Analysis (Qualitative)

Innovation Summary of New Entrants in the Last 5 Years …………………….39

Summary …………………….40

PatSeer 360° Quality Scores …………………….41

About PatSeer …………………….43

About PatSeer 360 ……………………43

About PatSeer Pro ……………………43