Search alternatives:
sspine » spine (Expand Search), supine (Expand Search), sspinge (Expand Search), ssspine (Expand Search)
espina » espinar (Expand Search), espana (Expand Search), espinosa (Expand Search), espinal (Expand Search), espinae (Expand Search), espin (Expand Search), espinga (Expand Search), esspina (Expand Search)
escaping » reshaping (Expand Search), shaping (Expand Search), scoping (Expand Search), escapingg (Expand Search), escasping (Expand Search)
esspinal » spinal (Expand Search), espinar (Expand Search), esspinall (Expand Search), esspinael (Expand Search), esspinl (Expand Search), esspingal (Expand Search), essspinal (Expand Search)
bina » bin (Expand Search), bing (Expand Search)
spina » spinal (Expand Search), spinae (Expand Search), spin (Expand Search), spinga (Expand Search), sspina (Expand Search)
aina » ainaa (Expand Search), anna (Expand Search), ain (Expand Search)
pin » ping (Expand Search), spin (Expand Search)
sspine » spine (Expand Search), supine (Expand Search), sspinge (Expand Search), ssspine (Expand Search)
espina » espinar (Expand Search), espana (Expand Search), espinosa (Expand Search), espinal (Expand Search), espinae (Expand Search), espin (Expand Search), espinga (Expand Search), esspina (Expand Search)
escaping » reshaping (Expand Search), shaping (Expand Search), scoping (Expand Search), escapingg (Expand Search), escasping (Expand Search)
esspinal » spinal (Expand Search), espinar (Expand Search), esspinall (Expand Search), esspinael (Expand Search), esspinl (Expand Search), esspingal (Expand Search), essspinal (Expand Search)
bina » bin (Expand Search), bing (Expand Search)
spina » spinal (Expand Search), spinae (Expand Search), spin (Expand Search), spinga (Expand Search), sspina (Expand Search)
aina » ainaa (Expand Search), anna (Expand Search), ain (Expand Search)
pin » ping (Expand Search), spin (Expand Search)
-
201
Stereospecific α-glucosidase inhibition, kinetics, and molecular docking studies on isolated diastereomeric alkaloids from Uncaria longiflora
Published 2025“…Although the high concentrations required for effective enzyme inhibition may limit the practical application of these compounds as antidiabetic therapies, this study provides valuable insights into the chemistry underlying the plant’s previously reported antidiabetic potential, particularly in a stereospecific context. The findings further support the unique biological activities attributed to the diastereomeric alkaloids, highlighting their importance in understanding the plant’s therapeutic potential.…”
Get full text
Article -
202
-
203
-
204
-
205
Enhancing social capital for the empowerment of informal settlements in Tehran /
Published 2017text -
206
-
207
-
208
-
209
-
210
-
211
-
212
-
213
-
214
Current state-of-the-art of non-reverse osmosis-like forward osmosis technology
Published 2024Article -
215
-
216
-
217
-
218
-
219
-
220