Average Co-Inventor Count = 6.39
ph-index = 1
The patent ph-index is calculated by counting the number of publications for which an author has been cited by other authors at least that same number of times.
Company Filing History:
1. Hong Kong Baptist University (18 from 125 patents)
2. Yunnan Minzu University (2 from 3 patents)
3. Other (1 from 832,718 patents)
4. Shanghai University of Traditional Chinese (1 from 1 patent)
5. Changshu Hkbu Technology Company Limited (1 from 1 patent)
6. Yunnan University of Nationalities (1 from 1 patent)
19 patents:
1. 12357641 - Identification of oleanolic acid and plant extract for glucose-6-phosphate dehydrogenase-related disorders including Bag3opathy
2. 11952358 - Flavan-3-ol analogs and anti-inflammatory activity
3. 10973823 - Anti-cancer composition consisting of halofuginone and sesquiterpene lactone compounds of artemisia apiacea and use thereof
4. 10376555 - Identification of cyclic peptide agonists of galanin receptor 2 and 3 guided by spexin solution structure
5. 10040740 - Method for the preparation of iodoalkanes
6. 9980906 - Slow and controlled released liposomal gel composition comprising hypoglycemic active ingredient and method of preparing thereof
7. 9868716 - Method for preventing and/or treating a subject suffering from asthma
8. 9783519 - Palladium/silver co-catalyzed tandem reactions synthesis of phenylacetophenone derivatives by oxabenzonorbornadienes with terminal alkynes and their anti-tumor or anti-cancer activities
9. 9775857 - [object Object]
10. 9655913 - Anti-esophageal cancer compound and method of use thereof
11. 9526706 - Method of using dihydro-resveratrol for treating acute pancreatitis and associated pulmonary injury
12. 9408828 - (+)-3'-angeloyloxy-4′-keto-3′,4′-dihydroseselin for treating inflammation
13. 9408811 - Pharmaceutical composition comprising guttiferone F for the treatment of prostate cancer
14. 9339488 - Anti-cervical cancer compound and method of use thereof
15. 9260466 - Use of a flavanol glycoside for suppressing activation of stellate cells