Results 21 to 30 of about 31,824 (209)

Cardiac glycoside ouabain efficiently targets leukemic stem cell apoptotic machinery independent of cell differentiation status

Cell Communication and Signaling, 2023
Background Acute myeloid leukemia (AML) is an aggressive hematologic malignancy characterized by an accumulation of immature leukemic myeloblasts initiating from leukemic stem cells (LSCs)—the subpopulation that is also considered the root cause of ...
Jirarat Poohadsuan, George A. O’Doherty, Weerapat Owattanapanich, Smith Kungwankiattichai, Yon Rojanasakul, Surapol Issaragrisil, Sudjit Luanpitpong   +6 more
doaj   +1 more source

Evaluating the cancer therapeutic potential of cardiac glycosides [PDF]

, 2014
Cardiac glycosides, also known as cardiotonic steroids, are a group of natural products that share a steroid-like structure with an unsaturated lactone ring and the ability to induce cardiotonic effects mediated by a selective inhibition of the Na(+)/K(+)
Burgos Morón, Estefanía, Calderón Montaño, José Manuel, García Domínguez, Irene, López Lázaro, Miguel, Maldonado Navas, Dolores, Orta Vázquez, Manuel Luis   +5 more
core   +3 more sources

CARDIAC GLYCOSIDES IN UP-TO-DATE CLINICAL PRACTICE

Alʹmanah Kliničeskoj Mediciny, 2016
The article reviews the use of cardiac glycosides in patients with chronic heart failure, paroxysmal tachyarrhythmia and chronic atrial fibrillation (rate control).
M. A. Gurevich, A. A. Gavrilin
doaj   +1 more source

Function of inhibition of RNA virus replication by digoxin and oleandrin [PDF]

Xin yixue, 2023
Objective To evaluate the antiviral ability of cardiac glycosides of digoxin and oleandrin. Methods Human adenocarcinoma alveolar basal epithelial cell line （A549） and African green monkey kidney cell line （vero） were used for subsequent experiment.
Liao Xialin, Liang Wei, Chen Jiawen, Liu Kunpeng
doaj   +1 more source

Inhibiting Na+/K+ ATPase can impair mitochondrial energetics and induce abnormal Ca2+ cycling and automaticity in guinea pig cardiomyocytes.

PLoS ONE, 2014
Cardiac glycosides have been used for the treatment of heart failure because of their capabilities of inhibiting Na+/K+ ATPase (NKA), which raises [Na+]i and attenuates Ca2+ extrusion via the Na+/Ca2+ exchanger (NCX), causing [Ca2+]i elevation.
Qince Li, Steven M Pogwizd, Sumanth D Prabhu, Lufang Zhou   +3 more
doaj   +1 more source

The cardiac work-loop technique:An in vitro model for identifying and profiling drug-induced changes in inotropy using rat papillary muscles [PDF]

, 2020
The cardiac work-loop technique closely mimics the intrinsic in vivo movement and characteristics of cardiac muscle function. In this study, six known inotropes were profiled using the work-loop technique to evaluate the potential of this method to ...
AJ Taberner, AM Aylin, AW Tank, CW Scott, D Burkhoff, D Mehra, DA Eisner, DM Bers, DR Varma, E Takimoto, FG Spinale, H Lüllman, J Layland, J Layland, J Layland, J Layland, J Layland, J Tallis, JI Schwartz, JJ Lynch, JL Holtzman, JR Blinks, JS Landzberg, K Noguchi, K Sagawa, KC Vinnakota, L Batista, L Brown, L Butler, L Guo, LJ Mellors, M Eichelbaum, M Gharanei, MA Rosic, ME Conolly, MF Peters, MS Parmacek, P Bergson, R Beigel, R Josephson, R Lewis, R Seifert, R Zhang, RA Nishimura, RC Heel, RD Olson, RK Josephson, RM Bell, RS James, T Akera, T Bombardini, T Delhaas, VJ Caiozzo, W Kerns, W Semafuko, WA Catterall, Y Kihara   +56 more
core   +1 more source

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
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Identification of antinutritional, antioxidant, and antimicrobial activity of plants that cause livestock poisoning in Bojonegoro Regency, Indonesia [PDF]

Veterinary World, 2022
Background and Aim: The utilization of cassava leaves and peels, ceara rubber leaves, sweet potato leaves, Chinese Albizia leaves, and lophatheri leaves from Bojonegoro Regency has led to the poisoning of livestock due to antinutritional factors ...
Maria Rosaria Odilia, Dhiya Tajhanun Zahra Astika Putri, Antasiswa Windraningtyas Rosetyadewi, Agustina Dwi Wijayanti, Agung Budiyanto, Arvendi Rachma Jadi, Anggi Muhtar Pratama   +6 more
doaj   +1 more source

The EuroHeart Failure Survey programme—a survey on the quality of care among patients with heart failure in Europe Part 2: treatment [PDF]

, 2003
National surveys suggest that treatment of heart failure in daily practice differs from guidelines and is characterized by underuse of recommended medications.
Aguilar, JC, Cleland, J, Cohen-Solal, A, Dietz, R, Eastaugh, J, Follath, F, Freemantle, N, Gavazzi, A, Hobbs, R, Komajda, M, Korewicki, J, Madeira, HC, Mason, J, Moiseyev, VS, Preda, I, Swedberg, K, Van Gilst, WH, Widimsky, J   +17 more
core   +2 more sources

CaMKII-dependent regulation of cardiac Na(+) homeostasis. [PDF]

, 2014
Na(+) homeostasis is a key regulator of cardiac excitation and contraction. The cardiac voltage-gated Na(+) channel, NaV1.5, critically controls cell excitability, and altered channel gating has been implicated in both inherited and acquired arrhythmias.
Grandi, Eleonora, Herren, Anthony W
core   +2 more sources