G3BP1-Positive Stress Granule Pathology in Brains of Huntington?s Disease Mice and Human Patients and a Potential Role for Extracellular Vesicle-Derived miRNA Regulation

Text Registration

G3BP1-Positive Stress Granule Pathology in Brains of Huntington?s Disease Mice and Human Patients and a Potential Role for Extracellular Vesicle-Derived miRNA Regulation

Status

Published

on 28 Dec 2020

Year of Creation

2020

Isabella Inez Sanchez

Registration Number

TX0008935954

on 28 Dec 2020

The U.S. Copyright record (Registration Number: TX0008935954) dated 28 Dec 2020, pertains to an electronic file (eService) titled "G3BP1-Positive Stress Granule Pathology in Brains of Huntington?s Disease Mice and Human Patients and a Potential Role for Extracellular Vesicle-Derived miRNA Regulation" created in 2020. The copyright holder is Isabella Inez Sanchez, known for their creative contributions in text registration. For any inquiries concerning this copyrighted material, kindly reach out to Isabella Inez Sanchez.

Isabella Inez Sanchez

Application Details

Registration Number

TX0008935954

Registration Date

12/28/2020

Year of Creation

2020

Agency Marc Code

DLC-CO

Record Status

New

Physical Description

Electronic file (eService)

First Publication Nation

United States

Personal Authors

Isabella Inez Sanchez

Notes

Rights Note: Mark Dill, ProQuest, LLC, 789 E. Eisenhower Parkway, Ann Arbor, MI, 48108-3218, United States, (800) 521-0600, disspub@proquest.com

Statements

Application Title Statement: G3BP1-Positive Stress Granule Pathology in Brains of Huntington?s Disease Mice and Human Patients and a Potential Role for Extracellular Vesicle-Derived miRNA Regulation

Author Statement: Isabella Inez Sanchez Citizenship: not known Authorship: text

Notes

Rights Note: Mark Dill, ProQuest, LLC, 789 E. Eisenhower Parkway, Ann Arbor, MI, 48108-3218, United States, (800) 521-0600, disspub@proquest.com

Statements

Application Title Statement: G3BP1-Positive Stress Granule Pathology in Brains of Huntington?s Disease Mice and Human Patients and a Potential Role for Extracellular Vesicle-Derived miRNA Regulation

Author Statement: Isabella Inez Sanchez Citizenship: not known Authorship: text

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