Disorders of the Nervous System

D-094 | Immunohistological assessment of brain regional neurodegeneration in a rodent model of neuropathic pain
D-094 | Immunohistological assessment of brain regional neurodegeneration in a rodent model of neuropathic pain 150 150 SAN 2024 Annual Meeting
Author: Vassallu Florencia | email: florencia.vassallu@gmail.com | Disorders of the Nervous System read more

D-095 | Kainic acid resulted in altered locomotion, nociception and CREB nuclear translocation after inducing spinal cord damage
D-095 | Kainic acid resulted in altered locomotion, nociception and CREB nuclear translocation after inducing spinal cord damage 150 150 SAN 2024 Annual Meeting
Author: Zylberberg Benjamín | email: BZylberberg-iimt@austral.edu.ar | Disorders of the Nervous System read more

D-081 | GERANIOL PROTECTS AGAINST OXIDATIVE STRESS AND PROTEOTOXICITY IN C. ELEGANS PARKINSON’S DISEASE MODELS
D-081 | GERANIOL PROTECTS AGAINST OXIDATIVE STRESS AND PROTEOTOXICITY IN C. ELEGANS PARKINSON’S DISEASE MODELS 150 150 SAN 2024 Annual Meeting
Author: DE ROSA MARIA JOSE | email: mjderosa@criba.edu.ar | Disorders of the Nervous System read more

D-082 | Concomitant Treatment with Microfluidic-Assisted Tadalafil- and Paclitaxel-Loaded Polymeric Micelles Enables Dose Reduction and Enhances Cytotoxicity Against Glioblastoma Multiforme
D-082 | Concomitant Treatment with Microfluidic-Assisted Tadalafil- and Paclitaxel-Loaded Polymeric Micelles Enables Dose Reduction and Enhances Cytotoxicity Against Glioblastoma Multiforme 150 150 SAN 2024 Annual Meeting
Author: Fiore Luciano | email: lfiore@fmed.uba.ar | Disorders of the Nervous System read more

D-083 | Expression of human cytoplasmic TDP-43 leads to behavioral abnormalities and altered neuronal activity in a Drosophila model of ALS/FTD.
D-083 | Expression of human cytoplasmic TDP-43 leads to behavioral abnormalities and altered neuronal activity in a Drosophila model of ALS/FTD. 150 150 SAN 2024 Annual Meeting
Author: Galo Azul Denise | email: azu.galo@gmail.com | Disorders of the Nervous System read more

D-084 | RNAseq analysis of patient-induced pluripotent stem cells-derived cortical neurons uncovers commonly dysregulated genes in familial Alzheimer’s disease.
D-084 | RNAseq analysis of patient-induced pluripotent stem cells-derived cortical neurons uncovers commonly dysregulated genes in familial Alzheimer’s disease. 150 150 SAN 2024 Annual Meeting
Author: Isaja Luciana | email: lucianaisaja@gmail.com | Disorders of the Nervous System read more

D-077 | Exploring the effect of neurodegeneration and cardiovascular risk factors in white matter hyperintensities burden across dementias
D-077 | Exploring the effect of neurodegeneration and cardiovascular risk factors in white matter hyperintensities burden across dementias 150 150 SAN 2024 Annual Meeting
Author: Altschuler Florencia | email: faltschuler@udesa.edu.ar | Disorders of the Nervous System read more

D-078 | Study of the neural circuits underlying different symptoms of Parkinson’s disease in Drosophila melanogaster
D-078 | Study of the neural circuits underlying different symptoms of Parkinson’s disease in Drosophila melanogaster 150 150 SAN 2024 Annual Meeting
Author: Barrientos Eduards Soledad Yamila | email: barrientoseduards@gmail.com | Disorders of the Nervous System read more

D-079 | Unraveling the glial response after striatal dopaminergic denervation through single nuclei RNA sequencing
D-079 | Unraveling the glial response after striatal dopaminergic denervation through single nuclei RNA sequencing 150 150 SAN 2024 Annual Meeting
Author: Bordone Melina Paula | email: melina_bordone@yahoo.com | Disorders of the Nervous System read more

D-080 | CYP46 in Brain Inflammation: A Link to Alzheimer’s Risk
D-080 | CYP46 in Brain Inflammation: A Link to Alzheimer’s Risk 150 150 SAN 2024 Annual Meeting
Author: Cataldi Gabriel | email: gcataldi@immf.uncor.edu | Disorders of the Nervous System read more
Enter your
text here

Masterfully Handcrafted for Awesomeness

WE DO MOVE

YOUR WORLD

Greatives – Design, Marketing, Sales

Working Hours : 09:00 – 19:00
Address : 44 Oxford Street, London, UK 22004
Phone : +380 22 333 555