Results 61 to 70 of about 2,920 (220)

PHYTOCHEMICAL CHARACTERIZATION OF A BIFLAVONOID FRACTION FROM Garcinia madruno: INHIBITION OF HUMAN LDL OXIDATION AND ITS FREE RADICAL SCAVENGING MECHANISM

Vitae, 2009
The inhibitory LDL oxidation potential and free radical stabilization capacity of a characterized biflavonoid fraction (FB) was evaluated and correlated by its biflavonoid content.
Edison OSORIO D., Guillermo Montoya P., Jaume Bastida   +2 more
doaj  

A New Biflavonoid from

Natural Product Communications, 2007
A new biflavanone, 7,4″’-di- O -methyltetrahydrohinokiflavone ( 1 ) together with two known biflavonoids, tetrahydrohinokiflavone ( 2 ) and amentoflavone ( 3 ) were isolated from the whole plant of Selaginella rupestris. The structures of these compounds
Nimmanapalli P. Reddy, Bandi A.K. Reddy, Duvvuru Gunasekar, Alain Blond, Bernard Bodo   +4 more
doaj   +1 more source

Phytochemistry of the genus Selaginella (Selaginellaceae). [PDF]

, 2014
The Selaginellaceae family includes the single genus Selaginella, which is found worldwide and comprises approximately 700 to 750 species. A number of species have been traditionally used for medicinal purposes in the whole world, and the phytochemistry ...
ALMEIDA, J. R. G. da S., BARBOSA FILHO, J. M., MACEDO, L. A. R. de O., OLIVEIRA, V. R. de, SIQUEIRA FILHO, J. A. de, SÁ, P. G. S. de   +5 more
core  

An overview of anti-diabetic plants used in Gabon: Pharmacology and Toxicology [PDF]

, 2018
© 2017 Elsevier B.V. All rights reserved.Ethnopharmacological relevance: The management of diabetes mellitus management in African communities, especially in Gabon, is not well established as more than 60% of population rely on traditional treatments as ...
A. Souza, Abdelgadir, Abdu-Aguye, Abdulrazaq, Abubakar, Adebayo, Adedoyin, Adelusi, Ademuyiwa, Adeneye, Adeneye, Adeneye, Adeneye, Aderibigbe, Adeyemi, Adisa, Adler, Agbor, Agnaniet, Agunbiabe, Agyare, Ajaiyeoba, Ajaiyoeba, Ajao, Ajayi, Akah, Akash, Akinloye, Akpanyung, Aladodo, Alaribe, Amole, Anaduaka, Anosike, Anowi, Anowi, Antia, Anyanwu, Apers, Areola, Arthur, Asadu, Asha, Ashraf, Asolkar, Assob, Asuquo, Atangwho, Atawodi, Atawodi, Aw, Awah, Awe, Aziba, B. Bading Taika, Balasubramanian, Bamisaye, Bapna, Bardi, Bayan, Bella, Ben-Chioma, Bera, Biney, Bisong, Brantley, Calapai, Campbell, Campbell-Tofte, Capasso, Chika, Chokshi, Chris-Ozoko, Coolborn, Coria-Téllez, Da-Costa-Rocha, Dadzeasah, Dahake, Das, Dhanabalan, Djeussi, Djimeli, Djomeni, Djomeni Dzeufiet, Effiong, Effiong, Effo, Eidi, Ejike, El-Demerdash, Elufioye, Elumalai, Eluwa, Eneh, Erharuyi, Erhirhie, Eteng, Etuk, Ewenighi, Ewere, Eyong, Eze, Ezeasor, Ezejindu, Ezejiofor, Ezeokeke, Ezike, Ezuruike, Fang-Chui, Farzaei, Fernand, Ferreira, Feuya Tchouya, Feuya Tchouya, Fongang, Fred-Jaiyesimi, Gandhare, Ganesh, Gbadegesin, Gboeloh, Gemede, Ghani, Ghiware, Gomez-Flores, Gondi, Goutarel, Gupta, Gutierrez, H.P. Bourobou Bourobou, Halim, Hamzah, Hansen, Helfer, Hossain, Houghton, Houël, Huang, Huang, Husain, Husin, Ibibia, Igbe, Igboasoiyi, Ilodigwe, Ilodigwe, Ilusanya, Inya-Agha, Iroanya, Irondi, Irondi, Ishola, Iwu, Iyamah, Jawonisi, Juárez-Rojop, Juárez-Rojop, Kadima, Kaiser, Kamagate, Kamboj, Karimi, Karioti, Kathirvel, Kazeem, Kazeem, Kengni, Kengni, Khodabakhsh, Kolawole, Kouakou, Koudou, Kouitcheu Mabeku, Krishna, Kubilienė, Kuete, Kuete, Kuete, Kulkarni, Kumar, Kumar, Kumar, Kupchan, L. Lione, L.S. MacKenzie, Lakshmi, Lamidi, Lawal, Lawal, Laxane, Lee, Li, Lima, Ludvik, Ludvik, Luka, M. Bouckandou, Mabeku, Madingou, Madingou, Malviya, Manga, Maniyar, Manjur, Manvitha, Mathur, Maurya, Mačiulaitis, Mbiantcha, Mebale, Mengome, Midawa, Miranda-Osorio, Mishra, Miura, Mohamed, Mohammed, Mohammed, Mohammed, Mohammed, Momoh, Montasser, Muhammad, Muhammad, Muhammad, Muhammad, Muttaka, Nabukenya, Nakavuma, Naseri, Naskar, Navghare, Ndam, Nessa, Ngoc, Ngondi, Ngondi, Ngueguim, Ngueguim, Nishimura, Niyonzima, Nkono Ya Nkono, Nkono Ya Nkono, Ntyonga-Pono, Nwamarah, Nweze, Nwodo, Nwokocha, Nyunaï, Nyunaï, N’doua, N’guessan, N’Guessan, Obiang, Obiudu, Ocho-Anin Atchibri, Oduola, Oduola, Ofusori, Ogbonnia, Ogunrinola, Ojewole, Ojewole, Ojewunmi, Ojewunmi, Ojiako, Okeke, Okokon, Okokon, Okokon, Okolie, Okolo, Okonkwo, Olajide, Olaleye, Olatokunboh, Olivier, Olowu, Olubomehin, Ombra, Omodamiro, Omonkhua, Ong, Onyekwe, Osabede, Osadebe, Osigwe, Ouédraogo, Oyewusi j, Ozsoy-Sacan, Padilla-Camberos, Palaksha, Panda, Panda, Parle, Passoni, Patel, Patil, Ping, Pochapski, Pour, Pérez, Rajesh, Raji, Rauf, Ravi, Renjith, Rong, Rosemary, Roy, Sabitha, Sagnia, Santas, Satyaprakash, Saxena, Seung, Shah, Sharma, Sharma, Sharma, Shittu, Silva, Singh, Singh, Sio, Somova, Souza, Sowemimo, Sudhakar, Sule, Sunday, Sunday, Suryawanshi, Sutar, Swargiary, Swathi, Taj Eldin, Talreja, Tan Paul, Tanayen, Tchamadeau, Teugwa, Thongsom, Titanji, Tjeck, Togola, Toma, Toma, Trabelsi, Uchechi, Ufelle, Umoh, Vannamalar, Varghese, Varghese, Vashishtha, Verma, Verma, Vijayalakshmi, Vikram, Vliet, Wang, Wang, Wauthoz, Woode, Yakubu, Yasir, Yeap, Yessoufou, Yokozawa, Yousuf, Yu, Zakiah, Zhang, Zhao, Zheng   +374 more
core   +4 more sources

A Review on Ginkgo biloba: Nutritional Profile, Toxicity, and Its Therapeutic Potential in Stroke Management

eFood, Volume 7, Issue 1, February 2026.
Stroke is a neurological impairment caused by vascular injury of the central nervous system, and globally, stroke is ranked as the second most common cause of death and disability. Numerous risk factors, disease processes, and mechanisms can contribute to stroke, which is not a single disease. G.
Ali Ikram, Farhang Hameed Awlqadr, Hamna Tayyab, Mamoona Shehzadi, Muhammad Tayyab Arshad, Md. Sakhawot Hossain, Ahmadullah Zahir   +6 more
wiley   +1 more source

A Novel Biflavonoid from

Natural Product Communications, 2016
An investigation of the leaves of Rhus leptodictya led to the isolation of the new biflavonoid: 5,5″,6″,7,8-pentahydroxy-2,2″-bis( p -hydroxyphenyl)-4 H ,4″ H 3,7″-bichromene-4,4″-dione the structure of which was established by NMR spectroscopy and mass ...
Tshifhiwa Matamela, Ivan R. Green, Fanyana M. Mtunzi   +2 more
doaj   +1 more source

Biflavonoid toxicarine, rotenoids and a flavanone from the roots of Tephrosia toxicaria

Semina: Ciências Exatas e Tecnológicas, 2020
For the first time the structural determination of the biflavonoid, 4-H-2,3-dihydro-1-benzopyran-4-one-6-[2-phenyl-8-(3-methyl-2-butenyl)-5,7-dimethoxy-2-H-3,4-dihydro-1-benzopiran-4-yl)-5,7-dihydroxy-8-(3-methyl-2-butenyl)-2-phenyl, named toxicarine (1)
Cesar Cornélio Andrei, Terezinha de Jesus Faria, Adriana Aparecida Bosso Tomal, Pedro Renato Anizelli, Raimundo Braz-Filho   +4 more
doaj   +1 more source

Comparative Study on the Inhibitory Effects of α-Tocopherol and Radon on Carbon Tetrachloride-Induced Renal Damage [PDF]

, 2012
Since the 2011 nuclear accident in Fukushima, the effects of low-dose irradiation, especially internal exposure, are at the forefront of everyone’s attention.
Aaramoye OA, Aebi H, Akihiro Sakoda, Aoyama Y, Atsuishi Kawabe, Baehner RL, Becker K, Bradford MM, Ishii K, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Kataoka T, Katsumi Hanamoto, Keiko Yamato, Kiyonori Yamaoka, Kojima S, Kojima S, Mitsunobu F, Ogeturk M, Ogeturka M, Ozturk F, Recknagel RO, Reo Etani, Takahiro Kataoka, Takehito Taguchi, Yamaoka K, Yamaoka K, Yamaoka K, Yamaoka K, Yoshimoto M, Yuichi Nishiyama, Yuji Morii, Yuji Takata, Yuu Ishimori   +40 more
core   +1 more source

Biflavonoids can Potentially Inhibit Amyloid Beta Internalization to Mitigate Its Cytotoxic Events

Molecular Nutrition &Food Research, Volume 70, Issue 2, 29 January 2026.
Biflavonoids attenuate amyloid‐β (Aβ) induced cellular toxicity by inhibiting Aβ entry into cells. This blockade suppresses apoptosis‐related pathways, including caspase activation and nuclear lamin fragmentation, thereby promoting cellular protection and neuroprotective effects.
Md. Aminul Haque, Md. Selim Hossain, Vijay Sankar Ramasamy, Il Seon Park   +3 more
wiley   +1 more source

A NEW BIFLAVONOID FROM LONICERA SEMPERVIRENS

Zagazig Journal of Pharmaceutical Sciences, 2005
Phytochemical investigation of both the chloroform and ethyl acetate extracts of Lonicera sempervirens led to the isolation of seven compounds identified as betulin 1, a new flavonoid compound named (lonisemperin) scutellarein-(6-O-3')-acacetin 2 ...
Mona Zaghloul
doaj   +1 more source