Chlorophyllum molybdites is one of the most common causes of mushroom poisoning worldwide. The majority of cases are
from consumption of misidentified mushrooms while foraging. To date, there have been no reported cases of mushroom
poisoning in Singapore
Author Name: Kristopher Kow |
|
Journal of Emergency Medicine and Care
Introduction: Mental healthcare is moving toward de-institutionalization, focusing on community-based care. However,
people with severe and persistent mental illness (SPMI) often require long-term, intensive support. The Oyster Care model,
developed as an innovative approach based on palliative psychiatry, aims to address the complex needs of this population.
This study seeks to develop and validate a monitoring tool for assessing the quality of care provided under the Oyster Care
model
Author Name: Caressa Van Hoe |
|
Journal of Psychiatry and Mental Illness
Background: In dermatological and pharmaceutical research ex vivo mouse skins are frequently used in topical drug deliv
ery studies and analysis of skin diseases. One part of the experiments reported is carried out in hairless mouse skins, such as
SKH1 nude mice, while others prefer the widely validated C57BL/6J hairy mice. However, in-depth characterization of the
dermal barrier under healthy conditions has not been performed yet. In the current study tissue morphology, chemical com
position, transepidermal water loss, and drug permeability were measured and compared at di erent anatomical regions in
C57BL/6J and SKH1 mice
Author Name: Franciska Erdő |
|
Journal of Veterinary Science and Animal Husbandry
Background: For both endemic and non-endemic areas, Trypanosoma cruzi is the cause of Chagas disease, which can be
life-threatening. Oversight: The entire life cycle of T. cruzi relies on the natural production of sterol through the 14-α
demethylase metabolic pathway
Author Name: |
|
Journal of Pharmaceutics & Drug Development
Tinospora Cordifolia Bioactive Compounds as a Novel Sterol 14a-Demethylase (Cyp51) Inhibitor: An Insilico Study
Chlorophyllum molybdites is one of the most common causes of mushroom poisoning worldwide. The majority of cases are
from consumption of misidentified mushrooms while foraging. To date, there have been no reported cases of mushroom
poisoning in Singapore
Author Name: Kristopher Kow |
|
Tinospora Cordifolia Bioactive Compounds as a Novel Sterol 14a-Demethylase (Cyp51) Inhibitor: An Insilico Study
Introduction: Mental healthcare is moving toward de-institutionalization, focusing on community-based care. However,
people with severe and persistent mental illness (SPMI) often require long-term, intensive support. The Oyster Care model,
developed as an innovative approach based on palliative psychiatry, aims to address the complex needs of this population.
This study seeks to develop and validate a monitoring tool for assessing the quality of care provided under the Oyster Care
model
Author Name: Caressa Van Hoe |
|
Tinospora Cordifolia Bioactive Compounds as a Novel Sterol 14a-Demethylase (Cyp51) Inhibitor: An Insilico Study
Background: In dermatological and pharmaceutical research ex vivo mouse skins are frequently used in topical drug deliv
ery studies and analysis of skin diseases. One part of the experiments reported is carried out in hairless mouse skins, such as
SKH1 nude mice, while others prefer the widely validated C57BL/6J hairy mice. However, in-depth characterization of the
dermal barrier under healthy conditions has not been performed yet. In the current study tissue morphology, chemical com
position, transepidermal water loss, and drug permeability were measured and compared at di erent anatomical regions in
C57BL/6J and SKH1 mice
Author Name: Franciska Erdő |
|
Tinospora Cordifolia Bioactive Compounds as a Novel Sterol 14a-Demethylase (Cyp51) Inhibitor: An Insilico Study
Background: For both endemic and non-endemic areas, Trypanosoma cruzi is the cause of Chagas disease, which can be
life-threatening. Oversight: The entire life cycle of T. cruzi relies on the natural production of sterol through the 14-α
demethylase metabolic pathway
Author Name: |
|