I am a Biotechnologist working as a Research Assistant at the University of Newcastle, focusing on gynaecological cancers and diseases. I have expertise in cell culture, histology (including tissue processing, block preparation, and sample fixation for both tissues and organoids), immunohistochemistry staining (such as IF and H&E), imaging using confocal and brightfield microscopy techniques, and image analysis and quantification using software like HALO, Qpath, Aravis, and Olyvia. I am also experienced in preparing SOPs and conducting lab inductions.
I hold a Master’s degree from Griffith University, where I completed a drug delivery research project aimed at improving the efficacy of an oral cancer drug for treating colon cancer at the Griffith Institute for Drug Discovery. I also worked on a research project at QUT focused on biopolymers. Throughout these research projects, I gained skills in molecular biology techniques such as DNA cloning, electrophoresis, HPLC, PCR, bead production, battery slurry preparation, and characterization using scanning electron microscopy and atomic force microscopy. Additionally, I excelled in courses like Strategic Marketing, Entrepreneurship, Marketing Foundations, and Data Analytics during my Master’s program.
As part of my Bachelor’s degree, I interned in the Pertussis Vaccine production department at Biological E Limited.
Working as a Research assistant in Global Centre for Gynaecological Diseases at University of Newcastle. My expertise here is cell culture, histology, 2D and 3D Imaging, Image analysis and quantification to study cancer growth and origin targeted to female reproductive tract such as Ovarian cancer, Endometrial cancer and gynaecological diseases like Endometriosis.
Testing the battery performance of the batteries with new materials to prepare a sustainable battery at a low cost. Testing the conductivity of some biopolymers that are used in drug delivery. This research project is supervised by Professor Prashant Sonar, Dr. Jun Mei, and Dr. Amandeep Singh Pannu.
Cloning and Bead production by using E. coli for the desired protein that binds to Silica which can be used for the Drug delivering purpose in Anti-cancer drugs for Colon cancer. The desired proteins are expressed through SDS – the PAGE technique, which is further useful for Drug Delivery Research. This research project is supervised by Professor Bernd Rehm and Dr. David Wibowo.
Studied Mfg. of pertussis bulk antigen from the strains 134 and 509 of Bordetella pertussis that is used in trivalent DPT vaccine as an Undergraduate Intern. This project is supervised by Dr. Pavan Kirpan (Manager, Biological E Ltd, Pertussis Production Department.