Peddireddy mithun reddy biography of rory
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Commencement - Spring 2024 - The University of Texas at Dallas
SPRING 2024 COMMENCEMENT
MONDAY, MAY 13
School of Natural Sciences and Mathematics 9:00 AM
School of Behavioral and Brain Sciences 11:30 AM
Naveen Jindal School of Management Ceremony 1 | 2:00 PM Ceremony 2 | 4:30 PM
TUESDAY, MAY 14
Naveen Jindal School of Management Ceremony 3 | 9:00 AM Ceremony 4 | 11:30 AM Ceremony 5 | 2:00 PM
Harry W. Bass Jr. School of Arts, Humanities, and Technology 4:30 PM
WEDNESDAY, MAY 15
Erik Jonsson School of Engineering and Computer Science Ceremony 1 | 9:00 AM Ceremony 2 | 11:30 AM Ceremony 3 | 2:00 PM
School of Economic, Political and Policy Sciences 10:30 AM
School of Interdisciplinary Studies 1:00 PM
PROCESSIONAL
ORDER OF CEREMONY
WELCOME AND INTRODUCTIONS
School Deans
I NTRODUCTION OF STUDENT SPEAKERS Associate Deans
REMARKS BY STUDENT SPEAKERS
CONFERRING OF DEGREES
Monday, May 13
9:00 AM Paul Micus
11:30 AM Anisha Holla
2:00 PM Visar Hadri
4:30 PM Shaiba Jhunjhu
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Challenges in Determining Intrinsic Viscosity Under Low Ionic Strength Solution Conditions.
PubMed
Pindrus, Mariya A; Shire, Steven J; Yadav, Sandeep; Kalonia, Devendra S
2017-04-01
To determine the intrinsic viscosity of several monoclonal antibodies (mAbs) under varying pH and ionic strength solution conditions. An online viscosity detector attached to HPLC (Viscotek®) was used to determine the intrinsic viscosity of mAbs. The Ross and Minton equation was used for viscosity prediction at high protein concentrations. Bulk viscosity was determined by a Cambridge viscometer. At 15 mM ionic strength, intrinsic viscosity of the mAbs determined by the single-point approach varied from 5.6 to 6.4 mL/g with changes in pH. High ionic strength did not significantly alter intrinsic viscosity, while a significant increase (up to 24.0 mL/g) was observed near zero mM. No difference in bulk viscosity of mAb3 was observed around pH 6 as a function of ionic strength. Data analysis revealed th