Unlocking Scientific Potential: The Waksman Student Scholars Program

The Waksman Student Scholars Program (WSSP) offers a transformative experience for high school students, igniting their passion for scientific research and providing them with invaluable skills in molecular biology and bioinformatics. This comprehensive, year-long program cultivates future scientists by immersing them in authentic research projects, fostering collaboration with teachers and research scientists, and empowering them to publish their findings.

Program Overview

The Waksman Student Scholars Program (WSSP) is designed to provide high school students and their teachers with the opportunity to conduct authentic research in molecular biology and bioinformatics. The main goal is publishing their findings in the scientific community. The program begins each year with summer Institutes for teachers and one or two of their students. Then it continues at each high school during the academic year. During the academic year more students can become involved in the research project in either a class or club setting. In the course of these studies, students, teachers, and research scientists work together on a genuine research problem.

A Year-Long Journey of Discovery

The WSSP is a year-long commitment, commencing with an intensive summer institute held at Rutgers University. During this initial phase, teachers and a select group of their students receive in-depth training on the foundational concepts, methodologies, and rationale underpinning the research project. This immersive experience equips them with the necessary tools to effectively lead and participate in the subsequent research activities.

Following the summer institute, the program extends into the academic year, where the research project is integrated into the high school curriculum. This integration can take various forms, such as an independent research course, a component of an Advanced Placement (AP) Biology course, or an after-school club. This flexibility allows schools to tailor the program to their specific needs and resources, maximizing student participation and engagement.

Collaborative Research Environment

A hallmark of the WSSP is its emphasis on collaboration. Throughout the program, students, teachers, and research scientists work together as a cohesive team, tackling a genuine research problem. This collaborative environment fosters a rich exchange of ideas, perspectives, and expertise, providing students with invaluable mentorship and guidance.

Benefits and Impact

Participation in the WSSP offers numerous benefits for students, fostering their intellectual growth, scientific skills, and college readiness.

Fostering a Passion for Science

The WSSP aims to drive research and a passion for the scientific field. By engaging in authentic research, students develop a deeper understanding of scientific processes and cultivate a genuine appreciation for scientific inquiry.

Developing Essential Skills

Through hands-on research activities, students acquire a range of essential skills, including:

Experimental Design: Students learn how to develop well-defined experimental designs to address specific research questions.
Data Analysis: Students gain proficiency in analyzing complex datasets, extracting meaningful insights, and drawing valid conclusions.
Model Development and Testing: Students develop and test models to explain observed phenomena, refining their understanding of scientific concepts.
Scientific Communication: Students learn to effectively communicate their research findings through presentations, reports, and scientific publications.

Contributing to Scientific Knowledge

A unique aspect of the WSSP is that students have the opportunity to contribute to the scientific community by publishing their findings on GenBank, the DNA sequence database maintained by the National Center for Biotechnology Information (NCBI). This experience provides students with a sense of accomplishment and reinforces the value of their research contributions.

College and Career Readiness

The WSSP provides students with a competitive edge when applying to colleges and pursuing careers in STEM fields. The program's rigorous curriculum, research experience, and publication opportunities demonstrate a student's commitment to scientific inquiry and their ability to conduct independent research.

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Research Focus and Activities

The WSSP research project typically involves the analysis of novel DNA sequences to determine their characteristics and potential functions. Students engage in a variety of activities, including:

DNA Sequencing: Determining the order of nucleotides in a DNA molecule.
Bioinformatics Analysis: Using computational tools to analyze biological data, such as DNA sequences and protein structures.
Database Searching: Searching online databases for similar DNA sequences and proteins.
Protein Structure Analysis: Examining the three-dimensional structures of proteins to understand their function.
Molecular Modeling: Creating models of proteins to visualize their structure and interactions.

DNA Sequencing Lab Experience

The Waksman Student Scholars’ Program at BRHS hosted a DNA sequencing lab. On February 4, participants performed polymerase chain reactions (PCR) dilutions and minipreps using the bacterial cultures from Day 1, employing a centrifuge to isolate plasmid DNA. The purpose of this step was to fragment the inoculated bacterial cells before the next steps of DNA purification. By February 18, the lab sessions advanced to preparing Taq-primer mixes, which were then placed in the thermocycler for PCR amplification, allowing for the replication of specific DNA sequences. Afterward, students prepared uncut and cut DNA samples and then performed gel electrophoresis, providing a visualization of the DNA samples. The students are now preparing to make their individual presentations to analyze and interpret their experimental results based on their DNA samples.

Program Structure and Implementation

The WSSP is designed to be flexible and adaptable to different school settings. Schools can integrate the program into their existing curriculum in various ways, such as:

Independent Research Course: A dedicated course focused on the WSSP research project.
AP Biology Integration: Incorporating the research project into the curriculum of an Advanced Placement (AP) Biology course.
After-School Club: Conducting the research project as an extracurricular activity through an after-school club.

Bridgewater-Raritan High School's WSSP

The Bridgewater-Raritan High School Waksman Student Scholars Program (WSSP) provides students with a unique opportunity to engage in advanced molecular biology research. The Waksman Student Scholars’ Program at BRHS hosted a DNA sequencing lab. Lab groups also received support from officers: Ananya Gupta, junior; Gabrielle Chien, junior; Ovia Dushyanthan, junior; Stefanie Lee, senior; and Kaitlyn Pericone, senior. Under the guidance of club advisor Ms. The official first experiment date was on January 31, when students inoculated bacteria in preparation for the subsequent labs.

Resources and Support

The WSSP provides participating schools with a comprehensive suite of resources and support to ensure the program's success. These resources include:

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Summer Institute: An intensive training program for teachers and students.
Curriculum Materials: Comprehensive curriculum materials, including protocols, software, and online resources.
Technical Support: Ongoing technical support from WSSP staff and research scientists.
Networking Opportunities: Opportunities for teachers and students to network with other WSSP participants and researchers.

Examples of Student Success

The WSSP has a proven track record of fostering student success in STEM fields. Many WSSP alumni have gone on to pursue advanced degrees in science and engineering, and have made significant contributions to their respective fields.

Elisa Bu Sha: From Ballet to Biomedical Research

Before starting college, Elisa Bu Sha seemed destined for a career in the arts. Then one summer, Bu Sha, who also excelled in the AP sciences classes she took, was accepted into a week-long camp for high school students at Rutgers Cancer Institute of New Jersey and Rutgers Health. Even though the BOLD camp sparked her interest in medicine, she still needed to figure out the area of science to pursue. In the summer of 2021, after her graduation from West Windsor-Plainsboro High School South and before arriving at Rutgers, she was accepted into the STEP-UP program at the National Institute of Diabetes and Digestive and Kidney Diseases. The accepted students receive a stipend to work in a lab. Bu Sha used her stipend to work in Rafiq Huda’s lab at Rutgers in the Department of Cell Biology and Neuroscience. Under Huda’s tutelage, Bu Sha studied alcohol use disorder, commonly called alcoholism, which is considered a brain disorder that can be mild to severe. But she has not abandoned the arts. Bu Sha has incorporated her artistic talent as part of her advocacy work at Rutgers and elsewhere.

Julianne Chan: Addressing Plastic Pollution

The Atlantic Ocean lies to the east, a short distance from her home. The magnet high school she graduated from, the Marine Academy of Technology and Environmental Science, is eight miles west of Manahawkin Bay and Long Beach Island. She is assisting in the lab of Nicole Fahrenfeld, an associate professor in the Department of Civil and Environmental Engineering in the Rutgers School of Engineering, who she met when she was interviewing for an internship position as part of the Aresty Research Center’s Summer Science Program. She hopes to become a university professor and conduct research on how to remove environmental contaminants from water with support from the Environmental Protection Agency or the National Oceanic and Atmospheric Administration.

Annie Jackson: Stem Cell Research Pioneer

“I always knew I wanted to go into the STEM research field,” said Jackson, referring to the collective disciplines of science, technology, engineering and mathematics. Now a junior pursuing a degree in biomedical engineering at the Rutgers School of Engineering, Jackson has poured her efforts into stem cell research. In 2022, Jackson took part in the Aresty Research Center’s summer program, working with Yong Mao, an associate research professor with the Department of Chemistry and Chemical Biology at the Rutgers School of Arts and Sciences.

Anisha Wei: A Mathematical Prodigy

Indeed, the 500-level “Theory of Functions of Real Variable II” is a graduate course in mathematics that goes beyond what incoming doctoral students are expected to know for their qualifying exam. Wei was first drawn to mathematics in middle school, discovering a love for Euclidean geometry. She feels right at home in the Department of Mathematics in SAS, long known for its research-rich culture. Wei intends to pursue a doctoral degree in mathematics and forge a career in teaching and research. Her area of interest is geometry and analysis.

Addressing Challenges and Misconceptions

While the WSSP offers numerous benefits, it is important to address some potential challenges and misconceptions associated with the program.

Resource Requirements

Conducting authentic research requires access to specialized equipment, software, and databases. Schools may need to invest in these resources or seek partnerships with local research institutions to provide students with the necessary tools.

Time Commitment

The WSSP is a time-intensive program that requires a significant commitment from both teachers and students. Schools need to ensure that participants have sufficient time to dedicate to the research project.

Addressing Misconceptions

Some may believe that high school students are not capable of conducting meaningful research. However, the WSSP has demonstrated that with proper guidance and support, high school students can make valuable contributions to scientific knowledge.

The Role of Cyberinfrastructure

Over the last two decades the biological sciences have experienced a remarkable transformation. New technologies have produced a flood of information that has to be stored, linked, accessed, and distributed. A cyberinfrastructure in support of biology has become widespread, and computers are now an essential tool in the biologists' repertoire.

A problem with using the scientific computational resources is that high school teachers and their students may be unfamiliar with some of the specialized content and the methodologies that are required to use these resources. However, there are many examples of individual high school teachers or students who successfully learn to use these scientific tools by working in a research laboratory. This raises the question of whether resources can be developed so that diverse populations of high school students can learn to use these tools to conduct authentic research and make genuine contributions to scientific knowledge.

To address this question, the WSSP has developed an authentic research project and accompanying software program that guides students through the analysis of novel DNA sequences.

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