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Prof.Gizachew Diga
APID: 5758
capProfessor at Jimma University Jimma, Oromia
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My Biography

Gizachew was born in 1985. He joined his childhood More education at Semmuna primary school in 1996 and completed his 1st and 2nd cycles of primary education there. He then
Joined secondary education at Fofa secondary and preparatory school, located at Yem special woreda, south nations nationalities, and peoples regional government, Ethiopia. When he was learning his secondary school, he had been wishing to meet an engineering education. However, as a matter of chance, he meet natural science and joined the physics department at Jimma University in 2008. He received his bachelor of degree in physics. Then he joined Wolaita Sodo University and graduated post-graduate diploma in the pedagogy of Physics education. Two years later, he joined Dilla University and attended his postgraduate degree, and graduated in Solid state Physics. Now he is a Solid State Physics Instructor at Jimma University. By virtue of Richard Feynman and his college, he is attending courses related to Nanoscience and Technology in worldwide Universities and attended different conferences worldwide.

Area Of Expertise

Computer skills, good communication skills English and Amharic, Research design and development, active teaching Instructor, peer reviewer, research scientist, particularly Physics, nanotechnology, nanomedicine, and therapeutic techinques including Cell, Gene, Immunotherapy and theranostics. based courses.

Area of Intrest

Nanoscience and Technology, Solid state Physics, diluted magnetic semiconductors, Nanotechnology, Personalized Medicine, Nanomedicine , gynecologic Oncology, Lung and Heart cancer/lung transplantation, spinal and Muscular Atroph (SMA), therapeutics and theranostics)

Honors and Awards


Certificate award by International conference on emerging material and nanotechnology (The london bio science and innovation centre, London, International institute of Medicine and science, USA, University of Bayblon, Iraq ) , International congress in life science, social and physical science, International congress on life science, social science and Health science, International congress on life science, physical science and health science, International journal of electrical machines and derives, International journal of chemical science and reactions, Jimma University, etc. on 26/01/2020
best

Career Timeline

Academic Identity

User not updated academic id.

Project: Carbon nanotube and Fullerene, for applications in space probe studies
Goal: to investigate the intrinsic pbehavior of carbon nanotubes and fullerene in relation to space origin.
Current Stage: applying for funding
Starting Date: 30/09/2022
Sponsored by: –
Projects
Project: Monitoring eddy current density fluctuations & managing electrical power loss in Al2O3 Nanowire
Goal: to investigate the origin of eddy current,identify the underlining cause of power loss, & searching for better power management system.
Current Stage:
Starting Date: 25/05/2023
Sponsored by: self
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal: Determining the magneto -optical effects on molecular nanophotonics crystals & determining threshold frequency for photovoltaic cells
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: The status of Nanotechnology in Ethiopia; extension strategies and nanotechnology educations, pinpointing the future of Nanotechnology
Goal: assessing the status of nanotechnology in Ethiopia, stating strategies and pinpointing the future of nanotechnology research development
Current Stage: applying for funding, concept note development
Starting Date: 15/09/2023
Sponsored by: Ju
Projects
Project: The essence of Nanotechnology in molecular electronics and Molecular Medicine
Goal: To demystfy the essence of Nanotechnology in Molecular system
Current Stage: analyzing data
Starting Date: 11/12/2023
Sponsored by: STM journal (Journal of life science )
Projects
Project: Nanoscale properties of magnetic Solids and their Potential role in sustainable energy technology
Goal: This project is aimed to investigate the nanoscale properties of magnetic solids and their poetntial role in sustainable energy technology. Particularly, it will explore the crystalline structures and the phenomenon of electromagnetic interaction at nanosize. Then mechanism of optimizing these properties to sustainable energy technologies including energy storage technology is demystified.
Current Stage: Applying for funding.
Starting Date: 10/09/2025
Sponsored by: Self
Projects
Project: The physics of solids; Magnetic and thermal interactions at nanoscale Phenomenons.
Goal: The goal of this project is to leverage the phenomenon of magnetic and thermal interactions at nanoscale Phenomenon. It is aimed to investigate the interrelation between magnetic and thermals interactions in nanosized solids particularly nanoparticle.s.
Current Stage: Data analysis
Starting Date: 30/08/2025
Sponsored by: Self
Projects
International congress on Life science, physical science, social science and Health
Organizer: Uluslararasl
Start Date: 14/05/2023 | End Date: 15/05/2022
Location: Istanbul, Turkey
Role: Attendee
Conferences

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Prof Dr Rakesh Kumar Sharma

The hallmark of Professor Sharma’s research is focus on finding solutions to Defence Science Read More problems. His group was the first to publish a research postulation (DOI:10.22541/au.158567174.40895611) in March 2020 about repurposed 2-deoxy-D-glucose molecule in COVID therapy- giving its rationale and proof of concept based on in silico modeling, molecular simulation studies and safety considerations. The 2-deoxy-D-glucose (Patent Number 187908) has been commercialised to Dr Reddy’s Laboratories, and recently received the “Emergency Use Approval” by the Drug Controller General of India, for COVID. Also, discovered two new molecules viz., 3-O-β-D-galactopyranoside of quercetin (from Podophyllum hexandrum), & 1,3-Dicapryloyl-2-linoleoylglycerol (from Hippophae rhamnoides), and two microbes (an endophytic fungus – Trametes hirusta having a mycoryzzal association with the rhizomes of P. hexandrum) & a radioresistant bacterium Bacillus Sp. INM-1 (as a source of a semiquinone glucoside derivative) that holds promise for the bulk production of radioprotective drugs.
Prof Sharma developed an innovative radiation decontamination formulation (Patent Number 339317), self-usable wipes (Patent Number 296996), and an Automated External Monitoring and Decontamination System (Patent Number 345672), for radiological contamination.
A multi- insect repellent developed has been introduced in Defence and its pilot plant production technology (Patent No. 166260) has been licensed to a number of vendors.

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Rohmad Abidin

Hello everyone! I am a researcher with a background in informatic sciences

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shubham gautam

HELLO FOLKS !

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Dr.Rudra Prakash Ojha

LETTER OF INTEREST
I would like to take this opportunity to brief my academic, research and Read More administrative endeavor for your kind perusal.
Current responsibilities:
Presently, I am working as an Associate Professor, Dean-Faculty of Science and Director-Research at Nehru Gram Bharati Deemed University(NGBDU)(www.ngbv.ac.in),Prayagraj, U.P.
My current job profile had equipped me with various academic, administrative and research experiences viz. six months research methodology course work (as per the UGC guidelines) for Ph.D., scholars, established Central Instrumentation facility (CIF), PG/UG classes, practical’s, seminars, organize conferences/webinars,to write project proposals for various funding agencies, to supervise Ph.D., (currently pursuing-04 and 06 Awarded) and M.Sc., dissertations (32 awarded). In addition, as of administrative endeavor; Coordinating Ph.D., program, research activities, appointed as a Centre Superintendent of University Semester and Annual Examination, member of Proctorial Board, Editorial board of university publishing wing and other Executive Committee of the University.
Prior to joining NGBDU, I was employed as a Research Officer, in the Advanced Centre for Traditional and Genomic Medicine, Faculty of Ayurveda, Institute of Medical Sciences, Banaras Hindu University, Varanasi and UC-Davis, California, USA under SASTRA-UC Davis Sandwich research program. At BHU, the multi-centric project was focused on to differentiate the age-related neurodegenerative disorder-Senile Dementia of Alzheimer’s type (SDAT) and Alzheimer’s disease among the human subject. The major objective of the project was to evaluate the impact of vitamin D and homocysteine on cognitive function. During the project, I was acquainted with EEG, Brain mapping to measure neuron density and P-300 used to measure event related potential. At UC-Davis, I got the opportunity to work under Prof. Gino Cartopassi, where mitochondrial mediated neurodegenerative disease was the major researchinterest along with exposure to advanced cutting-age-technologies including PET, SEM,TEM and NMR.
Previous academic and research endeavor:
Earlier, I worked as Asst. Professor-I in the School of Biotechnology, SASTRA University (www.sastra.edu), Thanjavur, Tamil Nadu and completed my Ph.D., in neuroscience. The primary objective of my doctoral research was to validate the efficacy profile and molecular mechanism of two Indigenous putative drug candidates viz; withanolides and curcuminoids over the MPTP mice model of Parkinson’s disease (PD). The doctoral research work involves multidisciplinary endeavor, includes various techniques in the area of biochemistry, pharmacology, phytochemistry, immunology, and histo-chemistry disciplines. The tested compounds were investigated on basic mechanistic pathways like oxidative stress, mitochondrial dysfunction and inflammation which plays key role in the disease progression and pathogenesis. The doctoral research findings suggested that withanolides possess immunomodulatory effect and curcuminoids exerted potent antioxidant and restoring mitochondrial impairment on the PD biomarkers and thus, confirmed their neuroprotective activity in pre-clinical studies for the treatment and management of PD.
During the course of my doctoral research work, I have developed expertise in various techniques and methods including expression and purification of proteins using electrophoresis and immunoblotting, inflammatory cytokines, endogenous anti-oxidant enzymes, mitochondrial complexes and enzymes, qualitative and quantitative estimations of phytochemicals, Immunohistochemistry, Transmission Electron Microscopy (obtained training from NIMHANS, Bangalore, Karnataka), MPTP model development and behavioral assessment skills etc. Along with this, I have also presented my findings in several international and national conferences with young scientist award category nomination. Moreover, recipient of Young Scientist travel grant from AYUSH and DST Govt. of India, for the overseas paper presentation in Santa Barbara (CA) and Chicago (IL) USA, respectively, where my research findings were well received and included in media presentation under the public awareness program. In addition, our research team has published research findings in peerreviewed journals including, International Journal of Biogerantology, Neurochemical Research, Free Radical Research and Journal of Neuroimmune-pharmacology with cumulative Impact factor of more than29.5. Recently, we published collaborative research work in Nature Springer (Homocysteine metabolism in Health and Diseases). Apart from my doctoral research work, I have been involved in academic assignments, where I am accountable for B.Tech/M.Tech (Biotech) and M.Pharm classes and practical. I have also participated in the on-going research projects in the department.
In my post- graduation dissertation work entitled “The study of cytokines in women infected with lower genital tract infections” at the Institute of Pathology, Indian Council of Medical Research (ICMR-New Delhi), I have been skilled in different techniques such as HIV screening by ELISA, basics of Flow-cytometry, ELISPOT, T-cell proliferation assays and RIA. I have also worked on the “Differential expression of Rb gene in human retinoblastoma cells”, in Dept. of Ocular Biochemistry, All India Institute of Medical Sciences (AIIMS), New Delhi. This project provided me the opportunity to develop an understanding of concepts of cancer biology whilst further improving my skills in molecular biology techniques such as Electrophoresis, 2D electrophoresis, Immunoblotting and collection of human subject test samples viz., aqueous and vitreous humor as well as scleroid tissues from the human eyeball and their primary cell line culture.
Competency for the open post:
With my previous academics and research endeavor of more than 15 years; I strongly believe that if given this opportunity; I will discharge the assigned duties of interest with utmost dedication. I will try to give emphasis over:
To enrich Research and Academic curriculum of the University of High repute.
To initiate and establish Advanced Bio-Medical Sciencefacility and Advanced Tribal Research Centre intended to extrapolate clinical observations/or virtual findings to the molecular level.
The project proposals shall be further submitted to various funding agencies for grant. The major research thrust area will include; Tribal welfare and Health program intended to Socio-Economic-Development, toinitiate the innovative and inclusive research onbiomarkers for various diseases, impact of meditation over cognitive function and stress/depression, effect of long term use of non-ionizing radiation (mobile phone) on cognitive function of young population.
(Dr. Rudra P. Ojha)

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Paritosh Chauhan

I hope Santa is good to you this year!

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Daniela-Madalina Anghel

Hello, everyone! I am an Assistant Professor in Toxicology. My research interests are abuse drugs, Read More especially new psychoactive substances. Kind regards!

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Muhammad Khan

Hello everyone! I am a researcher with a background in pharmaceutical sciences and drug designing. Read More My research interests are natural product chemistry, in vitro and in vivo biological assays, and molecular docking studies on various lead compounds having potential for future drug development.

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Yu Sui

Our research and development of high-temperature resistant thickeners during carbonate acidizing and Read More fracturing processes will contribute to the improvement of oil and gas recovery.

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HARMESH MANOCHA

hello
Currently I am interested in working out disease burden of various emerging disease in areas Read More where our organization is serving. It will help the govt officials to implement, improve and modify the ongoing health services
Like: 0

#Apid #Academic #researchers #scholars #academicians #students

HARMESH MANOCHA

hello
Currently I am interested in working out disease burden of various emerging disease in areas Read More where our organization is serving. It will help the govt to implement, improve and modify the ongoing health services
Like: 0

#Apid #Academic #researchers #scholars #academicians #students

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Publications
Publications
Publications
Publications

Project: Carbon nanotube and Fullerene, for applications in space probe studies
Goal: to investigate the intrinsic pbehavior of carbon nanotubes and fullerene in relation to space origin.
Current Stage: applying for funding
Starting Date: 30/09/2022
Sponsored by: –
Projects
Project: Monitoring eddy current density fluctuations & managing electrical power loss in Al2O3 Nanowire
Goal: to investigate the origin of eddy current,identify the underlining cause of power loss, & searching for better power management system.
Current Stage:
Starting Date: 25/05/2023
Sponsored by: self
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal: Determining the magneto -optical effects on molecular nanophotonics crystals & determining threshold frequency for photovoltaic cells
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: The status of Nanotechnology in Ethiopia; extension strategies and nanotechnology educations, pinpointing the future of Nanotechnology
Goal: assessing the status of nanotechnology in Ethiopia, stating strategies and pinpointing the future of nanotechnology research development
Current Stage: applying for funding, concept note development
Starting Date: 15/09/2023
Sponsored by: Ju
Projects
Project: The essence of Nanotechnology in molecular electronics and Molecular Medicine
Goal: To demystfy the essence of Nanotechnology in Molecular system
Current Stage: analyzing data
Starting Date: 11/12/2023
Sponsored by: STM journal (Journal of life science )
Projects
Project: Nanoscale properties of magnetic Solids and their Potential role in sustainable energy technology
Goal: This project is aimed to investigate the nanoscale properties of magnetic solids and their poetntial role in sustainable energy technology. Particularly, it will explore the crystalline structures and the phenomenon of electromagnetic interaction at nanosize. Then mechanism of optimizing these properties to sustainable energy technologies including energy storage technology is demystified.
Current Stage: Applying for funding.
Starting Date: 10/09/2025
Sponsored by: Self
Projects
Project: The physics of solids; Magnetic and thermal interactions at nanoscale Phenomenons.
Goal: The goal of this project is to leverage the phenomenon of magnetic and thermal interactions at nanoscale Phenomenon. It is aimed to investigate the interrelation between magnetic and thermals interactions in nanosized solids particularly nanoparticle.s.
Current Stage: Data analysis
Starting Date: 30/08/2025
Sponsored by: Self
Projects

International congress on Life science, physical science, social science and Health
Organizer: Uluslararasl
Start Date: 14/05/2023 | End Date: 15/05/2022
Location: Istanbul, Turkey
Role: Attendee
Conferences

Editorial Roles
Nanotechnology

Editorial Roles
Medical Sciences

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