Summary
Overview
Work History
Education
Skills
Accomplishments
Certification
Timeline
Generic

Lizebona August Ambattu

Melbourne

Summary

Detail-oriented Research Assistant with hands-on experience performing clerical and laboratory work to advance research goals. Drives team success with expertise in data review, reporting and specimen handling. Specializes in [Area of study].

Overview

12
12
years of professional experience
1
1
Certification

Work History

Research Assistant

RMIT University
10.2022 - Current
  • Investigating “Sonomechanobiology: Mechanotransduction induced by High-Frequency Acoustics” with focus on membrane mechanotransduction and nuclear mechanotransduction
  • Contributing to development of novel high-frequency acoustics based diagnostic and therapeutic systems for cancer therapy, regenerative therapy, exosome therapy and neurodegenerative diseases
  • Skills: Mammalian cell culture, 3D cell culture, cell-based assay, Microscopy, Western blotting, SDS-PAGE, RIP, RT-PCR, CHIP, ELISA, Data management and analysis, Data representation, SOP development, Image analysis

Doctoral Fellow

RMIT University
03.2019 - 10.2022
  • Established the mechanotransduction induced by high-frequency acoustics in adherent mammalian cells, particularly mesenchymal stem cell, endothelial cells and cancer cells
  • Identified the involvement of calcium signalling and cAMP signalling leading to transient or permanent changes in acoustically stimulated cells
  • Proved the involvement of calcium store, endoplasmic reticulum, in acoustically excited cells
  • Independently screened and developed protocol for manipulating cells using high-frequency acoustics to improve cellular activities like exosome generation, stem cell differentiation and endothelial barrier integrity
  • Analyzed and presented data to publish 4 first-author publications, a second-author publication and 4 Australian provisional patent applications (2022903491, 2022903307, 2022903305, 2020902838)
  • Key Projects: Mechanobiology
  • High-frequency acoustic cell stimulation promotes exosome generation regulated by a calcium-dependent mechanism
  • Short-Duration High-Frequency MegaHertz-Order Nanomechanostimulation Drives Early and Persistent Osteogenic Differentiation in Mesenchymal Stem Cells
  • Calcium-dependent cAMP mediates the mechanoresponsive behaviour of endothelial cells to high-frequency nanomechanostimulation

Senior Research Associate

SciGenom labs
12.2015 - 04.2018
  • Developed, validated, and standardized analytical methods and ensured accurate and reliable data acquisition while leading the main R&D project for the establishment of reagent-grade monoclonal antibodies using CHO, HEK293 and Expi293 and assisting the accessory projects for the development of ELISA-based assay development and magnetic bead for protein isolation (XpressAffinity-Protein Beads)
  • Isolated and characterised reagent-grade monoclonal antibodies using ELISA, immunofluorescence, flow cytometry and Western blotting
  • Troubleshot problems while multi-tasking using problem-solving and time management skills in molecular cloning, resulting in development of protocols that increased efficiency by 40%
  • Prepared reports for product development and validation and developed SOPs to isolate and screen monoclonal antibodies from the phage display library
  • Skills: Mammalian cell culture, Phage display library propagation, maintenance and storage, Phage display library screening and isolation, protein isolation, purification and characterisation, molecular cloning, cell-based assay, Microscopy, Western blotting, SDS-PAGE, ELISA, Data management and analysis, Data representation, SOP development, Image analysis

Junior Research Fellow

SCTIMST
02.2013 - 08.2015
  • Developed and characterized polymer-based nucleic acid delivery systems for developing 6 nanocarriers targeting the blood-brain barrier
  • Identified modifiers and designed delivery systems that target blood brain barrier leading to 2 papers in peer-reviewed journals and 1 review paper
  • Skills: Mammalian cell culture, Microscopy, ELISA, Nanoparticle design and characterisation, Cell-based assay, Small animal handling, Animal model (tumor) development, Subcutaneous injection, Tail veil injection, Dissection and tissue collection for processing, Data management and analysis, Data representation

Education

Ph.D. - Mechanobiology

RMIT University
Melbourne, VIC
05-2023

Skills

  • Teamwork and collaboration
  • Microsoft office
  • Time management
  • Problem-solving

Accomplishments

  • Presented research on [Topic] at [Conference Name].
  • Made breakthrough in [Area of research] in [Year].
  • Delivered poster presentation on [Topic] at [Conference Name] in [Year].
  • Collaborated with investigators at [Institution Name] to make breakthrough in [Area of research].

Certification

  • [Area of certification] Training - [Timeframe]
  • Certified [Job Title], [Company Name] - [Timeframe]
  • [Area of certification], [Company Name] - [Timeframe]
  • [Area of expertise] License - [Timeframe]
  • Licensed [Job Title] - [Timeframe]

Timeline

Research Assistant

RMIT University
10.2022 - Current

Doctoral Fellow

RMIT University
03.2019 - 10.2022

Senior Research Associate

SciGenom labs
12.2015 - 04.2018

Junior Research Fellow

SCTIMST
02.2013 - 08.2015
  • [Area of certification] Training - [Timeframe]
  • Certified [Job Title], [Company Name] - [Timeframe]
  • [Area of certification], [Company Name] - [Timeframe]
  • [Area of expertise] License - [Timeframe]
  • Licensed [Job Title] - [Timeframe]

Ph.D. - Mechanobiology

RMIT University
Lizebona August Ambattu