Get to know PETAL Consortium’s Clinical Research Coordinator, Kusha Chopra!

Get to know PETAL Consortium’s Clinical Research Coordinator, Kusha Chopra!

Get to know PETAL Consortium’s Clinical Research Coordinator, Kusha Chopra!

By Emmanuel Nwodo

By Emmanuel Nwodo

Kusha Chopra, BA

Kusha Chopra, BA

Kusha Chopra, BA is a Clinical Research Coordinator at PETAL Consortium and Research Technologist at Massachusetts General Hospital. She graduated Magna Cum Laude from Mount Holyoke College where she majored in Neuroscience and Behavior and minored is Chemistry. At Mount Holyoke, she worked as a Teaching Assistant and Peer Career Advisor. After graduating, she worked as a Research Assistant in a neuroimmunology lab in the Ann Romney Center for Neurologic Disease at Brigham and Women’s Hospital. As an aspiring MD/PhD candidate, she is now working on translational projects at PETAL Consortium.



Kusha Chopra, BA is a Clinical Research Coordinator at PETAL Consortium and Research Technologist at Massachusetts General Hospital. She graduated Magna Cum Laude from Mount Holyoke College where she majored in Neuroscience and Behavior and minored is Chemistry. At Mount Holyoke, she worked as a Teaching Assistant and Peer Career Advisor. After graduating, she worked as a Research Assistant in a neuroimmunology lab in the Ann Romney Center for Neurologic Disease at Brigham and Women’s Hospital. As an aspiring MD/PhD candidate, she is now working on translational projects at PETAL Consortium.


In this Q&A, meet Kusha Chopra, PETAL Consortium’s Clinical Research Coordinator!

In this Q&A, meet Kusha Chopra, PETAL Consortium’s Clinical Research Coordinator!

In this Q&A, meet Kusha Chopra, PETAL Consortium’s Clinical Research Coordinator!

Why did you want to become a doctor?

Why did you want to become a doctor?

Growing up in a dual-heritage home has deeply shaped my desire to become a doctor. Being half Punjabi and half Bengali taught me the balance between service and inquiry. From my Punjabi side, I learned that service means showing up for others and measuring success by what we achieve collectively. From my Bengali heritage, I inherited a love for questioning and dialogue. Medicine feels like the natural bridge between these values, combining compassion with curiosity. With an aptitude for science and a commitment to community, I hope to contribute through translational research, mentorship, and representation. Pursuing an MD/PhD will allow me to honor both sides of my upbringing while advancing knowledge that serves others.

Growing up in a dual-heritage home has deeply shaped my desire to become a doctor. Being half Punjabi and half Bengali taught me the balance between service and inquiry. From my Punjabi side, I learned that service means showing up for others and measuring success by what we achieve collectively. From my Bengali heritage, I inherited a love for questioning and dialogue. Medicine feels like the natural bridge between these values, combining compassion with curiosity. With an aptitude for science and a commitment to community, I hope to contribute through translational research, mentorship, and representation. Pursuing an MD/PhD will allow me to honor both sides of my upbringing while advancing knowledge that serves others.

Why did you major in neuroscience and behavior in college?

Why did you major in neuroscience and behavior in college?

In high school, I took higher-level psychology as part of my International Baccalaureate curriculum and was instantly fascinated by the biological basis of behavior. I wanted to understand how the brain shapes thought and emotion, which led me to major in neuroscience and behavior. In college, I was drawn to how the field integrates biology, chemistry, and psychology–an interdisciplinary approach that perfectly aligned with my curiosity and my goal of pursuing medicine.

In high school, I took higher-level psychology as part of my International Baccalaureate curriculum and was instantly fascinated by the biological basis of behavior. I wanted to understand how the brain shapes thought and emotion, which led me to major in neuroscience and behavior. In college, I was drawn to how the field integrates biology, chemistry, and psychology–an interdisciplinary approach that perfectly aligned with my curiosity and my goal of pursuing medicine.

What inspired you to go into medical research?

What inspired you to go into medical research?

What inspired me to go into medical research were the patients themselves. Committing to science alone wasn’t enough; I wanted to understand the people behind the diseases we study. Working with PETAL allowed me to see how research directly connects to patient care. Consenting patients was deeply humbling, despite health, financial, or social challenges, their willingness to participate reflected profound courage and trust. Their generosity reminded me that research is a partnership, and it’s my responsibility to honor their contributions through meaningful, compassionate science.

What inspired me to go into medical research were the patients themselves. Committing to science alone wasn’t enough; I wanted to understand the people behind the diseases we study. Working with PETAL allowed me to see how research directly connects to patient care. Consenting patients was deeply humbling, despite health, financial, or social challenges, their willingness to participate reflected profound courage and trust. Their generosity reminded me that research is a partnership, and it’s my responsibility to honor their contributions through meaningful, compassionate science.

What is your main research project with PETAL?

What is your main research project with PETAL?

My main project with PETAL focuses on improving how we detect tiny traces of cancer that remain after chemotherapy, known as molecular residual disease (MRD). These leftover cancer cells are often too small to be seen on standard scans like PET or CT, but they can cause relapse later. Our goal is to develop a more precise way to detect MRD early, so doctors and patients can make better decisions about treatments such as stem cell transplants and eventually find ways to eliminate these hidden cancer cells entirely.

My main project with PETAL focuses on improving how we detect tiny traces of cancer that remain after chemotherapy, known as molecular residual disease (MRD). These leftover cancer cells are often too small to be seen on standard scans like PET or CT, but they can cause relapse later. Our goal is to develop a more precise way to detect MRD early, so doctors and patients can make better decisions about treatments such as stem cell transplants and eventually find ways to eliminate these hidden cancer cells entirely.

What does a week-in-your-life at PETAL Consortium look like?

What does a week-in-your-life at PETAL Consortium look like?

A typical week may look something like this:

On Mondays, I serve as the clinical research coordinator in clinic. I consent patients to the PETAL study and conduct health related quality of life surveys as a part of their participation in the Consortium. I help collect blood and saliva samples that help us with our research downstream. At the end of the day, I meet with Dr. Jain to go over the consented patients at their disease staging and off-site clinical charts so I can ensure thorough data entry.

On Tuesdays and Wednesdays, I have meetings for PETAL and my personal project to discuss progress, data, hurdles and next steps, and I complete my bench work. Some days I extract circulating tumor DNA from the plasma that we isolate from patient’s blood samples, other days I sort apheresis specimens–blood components, like plasma or platelets, collected using a machine that separates them from the rest of the blood–collected from patients prior to autologous stem cell transplant into different immune cell types like T-, B-, natural killer and myeloid cells. After sorting them into distinct populations, I extract DNA from these cells for sequencing.

On Thursdays, I track the patients enrolled into PETAL and other research studies and organize blood collections across the nation. I first figure out where each patient is in their treatment journey, and if it is a timepoint of interest, I mark the patients down for a blood collection for research alongside their clinical blood work. I also screen patients that are scheduled for the following week to figure out if they are eligible for PETAL Consortium.

Fridays are my documentation day! I update the REDCap database with important clinical metrics for the patients assigned to me. I also ensure that our biobank and fixed tissue inventory is updated, and now, I have started catching up on writing and editing my first ever first-author paper.

The best part about this job is that each week looks different and keeps me on my toes!

A typical week may look something like this:

On Mondays, I serve as the clinical research coordinator in clinic. I consent patients to the PETAL study and conduct health related quality of life surveys as a part of their participation in the Consortium. I help collect blood and saliva samples that help us with our research downstream. At the end of the day, I meet with Dr. Jain to go over the consented patients at their disease staging and off-site clinical charts so I can ensure thorough data entry.

On Tuesdays and Wednesdays, I have meetings for PETAL and my personal project to discuss progress, data, hurdles and next steps, and I complete my bench work. Some days I extract circulating tumor DNA from the plasma that we isolate from patient’s blood samples, other days I sort apheresis specimens–blood components, like plasma or platelets, collected using a machine that separates them from the rest of the blood–collected from patients prior to autologous stem cell transplant into different immune cell types like T-, B-, natural killer and myeloid cells. After sorting them into distinct populations, I extract DNA from these cells for sequencing.

On Thursdays, I track the patients enrolled into PETAL and other research studies and organize blood collections across the nation. I first figure out where each patient is in their treatment journey, and if it is a timepoint of interest, I mark the patients down for a blood collection for research alongside their clinical blood work. I also screen patients that are scheduled for the following week to figure out if they are eligible for PETAL Consortium.

Fridays are my documentation day! I update the REDCap database with important clinical metrics for the patients assigned to me. I also ensure that our biobank and fixed tissue inventory is updated, and now, I have started catching up on writing and editing my first ever first-author paper.

The best part about this job is that each week looks different and keeps me on my toes!

Any interests/hobbies?

Any interests/hobbies?

I love playing guitar and ukulele. I’m currently learning the keyboard. I deeply adore dancing and go to salsa and bachata classes when I can. I also love biking around Boston and swimming for exercise.

I really enjoy playing tennis, hiking/being in nature, and reading. Right now, I'm finishing a book called Go as a River.

Dream vacation destination?

Dream vacation destination?

Egypt! It’s next on my bucket list. I’ve heard it feels like a mix between New Delhi and Bombay, which makes it feel nostalgic and familiar.

Egypt! It’s next on my bucket list. I’ve heard it feels like a mix between New Delhi and Bombay, which makes it feel nostalgic and familiar.

Favorite meal?

Favorite meal?

Rajma Chawal–kidney bean curry with rice.

Rajma Chawal–kidney bean curry with rice.

Favorite TV shows/movies?

Favorite TV shows/movies?

I’m obsessed with documentaries, especially ones related to true crime. If there's a documentary, movie or show out there that can tell a compelling story, I'm watching it.

I’m obsessed with documentaries, especially ones related to true crime. If there's a documentary, movie or show out there that can tell a compelling story, I'm watching it.

Do you have any house plants?

Do you have any house plants?

Yes, I have cilantro, parsley, sweet chilies, and oregano!

Yes, I have cilantro, parsley, sweet chilies, and oregano!

Since we’re PETAL Consortium, favorite flower?

Since we’re PETAL Consortium, favorite flower?

Lilies! I love their fragrance!

Lilies! I love their fragrance!