Camilla Fezzi

Contributing to the development of next-generation wearable bioelectronic devices for non-invasive, real-time health monitoring and molecular diagnostics. Projects involve biosensor engineering, microfluidics, soft materials, and biointegrated systems for use in personalized medicine.

• As a Mobile Clinic Coordinator with We Kids United Corp., I help organize mobile clinics in Santo Domingo and nearby Haitian-Dominican communities.
• My key responsibilities include:
• Organizing the Clinics: Scheduling, setting up, and ensuring everything runs smoothly.
• Finding Medical Professionals: Recruiting local doctors and coordinating with medical students from UNIBE.
• Working with Communities: Talking to patients, organizing health education workshops, and building trust.
• Managing Budgets: Tracking expenses for medical supplies, transportation, and staffing.
• Team Collaboration: Working with volunteers, medical advisors, and nonprofit leaders to make the clinics successful.
• This role enables me to develop my organizational and leadership skills while contributing to sustainable healthcare initiatives.

• Nominated John Stauffer SURF fellow
• Full time researcher in Clemons lab working on the potential targeting sites of MraY. The outcome of the research might lead to new antibiotics targeting sites and also put a new brick in the wall of disease prevention

• I am incredibly grateful for the opportunity to shadow Dr. Gordon Li and other highly skilled neurosurgeons, gaining firsthand insights into the fascinating world of neurosurgery. This clinical experience has been transformative, allowing me to develop new skills in nursing practices, refine my understanding of MRI and CT scan interpretations, and deeply analyze operating room procedures and surgical techniques.
• Throughout this journey, I've learned so much about the complexities of brain cancer, including tumor localization, displacement, and potential treatment options through surgery. This experience has not only enriched my knowledge but also strengthened my resolve to continue my studies in cancer research. Feeling more equipped and inspired than ever, I'm excited to contribute to advancements in this critical field.

• My role encompasses a variety of tasks that connect, inform, and inspire:
• Content Creation: I manage the creation of blog news content, including the newsletter, crafting compelling narratives to spotlight critical issues affecting the Amazon rainforest and other climate change issues
• Outreach and Communication: I oversee email campaigns and outreach efforts to forge meaningful connections and expand the project's visibility.
• On-Site Video Production: I film and produce videos on location, capturing authentic stories that highlight the challenges and beauty of our earth including the possible disasters or issues that are currently affecting our planet
• Volunteering: Beyond my work with the Amazon initiative, I actively volunteer in local communities in Pasadena and Altadena, furthering my commitment to meaningful, grassroots change.

• Organize activities and events to let students enjoy their time during SURF
• Selected by the office of students and family engagement

My tasks include working in the office, guiding tours and giving oral presentations to upcoming students

• Helping underdeveloped communities to find cures and a better quality of life. Empowering their rights and shaping a better future for them

• Clemons Lab
• I am a researcher specializing in bacterial cell wall biogenesis, with a focus on membrane-bound enzymes and their regulatory mechanisms.
• My expertise includes:
• - Protein expression, purification, and structural characterization (e.g., cryo-EM, LC-MS/MS).
• - Lipidomic and proteomic analyses to investigate protein-lipid and protein-protein interactions.
• - Functional assays to study enzymatic activity and substrate binding in native-like environments.
• - Advanced mutagenesis and inhibitor screening to explore therapeutic potential.

• Biology and Bioengineering department Dunphy Laboratories
• Explored cell cycle. DNA replication mechanisms, with a focus on safeguarding integrity by conducting research using human tissue culture cells and Xenopus egg extracts.
• Explored the function of the control enzyme MPK (Progress Promoting Kinase) studying its involvement, in the start of mitosis and examining its elements such as cyclins and cyclin-dependent kinases (CDKs) along, with related proteins. Explored how cells block cell division when faced with DNA damage or incomplete replication by focusing on the impact of ATM and ATR kinases, in managing DNA damage responses.
• Unveiling the mechanisms that trigger ATR activation involves pinpointing proteins, like TeaRh and Claspin that play a crucial role, in managing checkpoint reactions.
• Studied how the Ireslin duo kickstarts DNA replication by using techniques such, as CuT&ame; RUN to chart chromatin connections, in cells. Contributed, to our understanding of how genomic stability impacts cancer biology and the upkeep of cellular functions.

• Instruct K-12 students in various subjects, fostering a supportive and engaging learning environment.
• Develop and implement lesson plans tailored to diverse learning needs and interests.
• Organize and prepare meals for community service events at Union Station, ensuring nutritional quality and adherence to dietary restrictions.

• Helping students to navigate the process of applications and test preparations.
• Focus on International students and interview

• Provided academic tutoring to international students, guiding them through university programs and test preparation.
• Assisted students in exploring ECL opportunities and securing internships for their career development.

• Website founder, leader of the "Academic Research Club"
• The main goal of the site is to push the boundaries of education and to help student achieve their best in the world of academia. Through this platform on WIX.COM or Google slide entitled www.academicsresearchclub.com students can get in contact with other pupils, doctors, and adults worldwide. It is a public WEBSITE and it includes:
• PRESENTATIONS OF LEADERSHIP
• CONTACTS
• QUESTIONS AND ANSWERS
• RESEARCH
• FUNDRAISING (for one or more specific organizations working in the research sector)
• MEETINGS WITH DOCTORS /RESEARCHERS IN MEDICAL FIELDS
• MEETINGS WITH RESEARCHERS IN HUMANISTIC FIELDS
• WEEKLY EVENTS AND DISCUSSIONS (about specific topics each week/ twice a month like policy and research, the world of cells, and future pathways in research fields)
• SHARING SUMMER PROGRAMS
• PRESENTATIONS OF EVERY KIND OF COMPETITIONS
• MEETINGS WITH TUTORS FOR BIOLOGY, CHEMISTRY, LITERATURE, HISTORY (AP or High level courses)
• USEFUL BOOKS FOR RESEARCH
• GOOGLE MODULES
• POWERPOINT PRESENTATIONS
• GOOGLE DOCUMENTS AS BMAT/NSAA Preparations

• At the Grattoni Lab, my work centered on designing and developing nanotechnology-based implantable devices for advanced drug and cell delivery systems. I focused on creating long-acting and remotely tunable drug delivery platforms that could revolutionize how chronic diseases are managed.
• These devices were engineered to release therapeutics in a controlled manner over extended periods, minimizing the need for frequent dosing and improving patient compliance.
• I also contributed to projects involving cell encapsulation technologies, which protected therapeutic cells within nanodevices, enabling localized treatment for various diseases. My work extended to intratumoral immunotherapy and local immunomodulation, using implantable devices to precisely deliver drugs or other therapeutic agents directly to target sites like tumors.
• One of the most exciting aspects of my research was exploring nanoscale molecular transport-understanding how molecules move through these devices at the atomic level to optimize performance. Occasionally, I had the privilege of reading and asking about the space nanomedicine projects, testing these technologies in microgravity aboard the International Space Station, which provided unique insights into device functionality in extreme environments. My role was part of a larger mission to transform healthcare through nanodevice innovations.

• Collaborated with Dr. Ilaria Decimo at the Hemera Laboratory and Dr. Enrico Tamkesi at the Golinelli Research Center in Bologna. Conducted chromosome editing to study telomerase, stem cells, and bone marrow microenvironment involvement in Alzheimer's using Sanger method & CRISPR. Unveiled connections between telomerase and stem cells, contributing to the development of targeted therapies using CRISPR and PCR methods. Worked alongside 20 medical professionals to analyze and interpret data, shaping the foundation for potential breakthrough treatments in Alzheimer's research

• Borgo Roma and Borgo Trento, Verona, Hospitals
• Conducted comprehensive analyses of diagnostic imaging including TAC (CT scans) and PET scans to investigate the physiological underpinnings of food behavior disorders.
• Participated in the assessment and interpretation of therapeutic interventions, contributing to the optimization of treatment protocols. Engaged in the administration and analysis of neurocognitive tests to evaluate the cognitive aspects of food behavior disorders, providing insights into tailored therapeutic approaches.
• Performed and analyzed electrocardiograms and echocardiograms, gaining proficiency in these diagnostic techniques, and understanding their relevance in the broader context of patient health.

• CFO Solutions SRL, a Financial Service Provider. Conducted studies on investments, economic cases, compliance, and stock exchange processes. Researched and analyzed data on the green economy and Industry 4.0, applying techniques to real-world clients. Expanded expertise in mathematics, financial analysis, economics, and Excel. Recognized by the firm's president for achievements and contributions.