DD
Dr Debopriya Ghosh
Department of Chemical and Life Science Engineering, Virginia Commonwealth University, USA
44
Publications
1
Journals
2023
Active
Publications 44
1.
The Reaction of Antibodies After Traumatic Brain Injury
2.
The Reaction of Antibodies After Traumatic Brain Injury
3.
The Reaction of Antibodies After Traumatic Brain Injury
4.
The Reaction of Antibodies After Traumatic Brain Injury
5.
Studies on the Eye & Eccentric Gaze
6.
Studies on the Eye & Eccentric Gaze
7.
Studies on the Eye & Eccentric Gaze
8.
Scale-Bridging In Alzheimer's disease: Biological Underpinnings for Brain Simulation Using the Virtual Brain
9.
Scale-Bridging In Alzheimer's disease: Biological Underpinnings for Brain Simulation Using the Virtual Brain
10.
Scale-Bridging In Alzheimer's disease: Biological Underpinnings for Brain Simulation Using the Virtual Brain
11.
Scale-Bridging In Alzheimer's disease: Biological Underpinnings for Brain Simulation Using the Virtual Brain
12.
Scale-Bridging In Alzheimer's disease: Biological Underpinnings for Brain Simulation Using the Virtual Brain
13.
Neurologic Disease Caused By Toxic Followed By Immune Tolerance
14.
Neurologic Disease Caused By Toxic Followed By Immune Tolerance
15.
Neurologic Disease Caused By Toxic Followed By Immune Tolerance
16.
Neurologic Disease Caused By Toxic Followed By Immune Tolerance
17.
Effect of Space Flight on Locomotion Control
18.
Effect of Space Flight on Locomotion Control
19.
Effect of Space Flight on Locomotion Control
20.
Effect of Space Flight on Locomotion Control
21.
Motion Perception with Tilt and Translation and Its Consequences
22.
Motion Perception with Tilt and Translation and Its Consequences
23.
Motion Perception with Tilt and Translation and Its Consequences
24.
Central nervous system during human spaceflight missions to Mars. A Meta-Analysis
25.
Central nervous system during human spaceflight missions to Mars. A Meta-Analysis
26.
Central nervous system during human spaceflight missions to Mars. A Meta-Analysis
27.
Central nervous system during human spaceflight missions to Mars. A Meta-Analysis
28.
Central nervous system during human spaceflight missions to Mars. A Meta-Analysis
29.
Central nervous system during human spaceflight missions to Mars. A Meta-Analysis
30.
Challenges and Opportunities for Neuroscience in the Context of Space Flight and the Central Nervous System
31.
Challenges and Opportunities for Neuroscience in the Context of Space Flight and the Central Nervous System
32.
Challenges and Opportunities for Neuroscience in the Context of Space Flight and the Central Nervous System
33.
Challenges and Opportunities for Neuroscience in the Context of Space Flight and the Central Nervous System
34.
Challenges and Opportunities for Neuroscience in the Context of Space Flight and the Central Nervous System
35.
Challenges and Opportunities for Neuroscience in the Context of Space Flight and the Central Nervous System
36.
In order to address alterations in the blood brain barrier brought on by microgravity in an Organ on Chip model, the self-designed VEGF-A siRNA was administered utilising calcium phosphate lipid nanoparticles (CaP-lipid NPs) as a cargo module. - A Review
37.
Effect of Different Physiological Mechanisms on Traumatic Brain Injury
38.
Effect of Different Physiological Mechanisms on Traumatic Brain Injury
39.
Effect of Different Physiological Mechanisms on Traumatic Brain Injury
40.
Effect of Different Physiological Mechanisms on Traumatic Brain Injury
41.
Exploratory Tool for Radiation Exposure from Spaceflight: Rad-Bio-App
42.
Exploratory Tool for Radiation Exposure from Spaceflight: Rad-Bio-App
43.
Exploratory Tool for Radiation Exposure from Spaceflight: Rad-Bio-App
44.
Exploratory Tool for Radiation Exposure from Spaceflight: Rad-Bio-App