Personal Information
1 | Name | Dr. Fransiska Kurniawan, S.Farm., M.Si. |
2 | Gender | Female |
4 | E-mail address | siska@fa.itb.ac.id; fransiskakurniawan@yahoo.com |
6 | Institution | Bandung Institute of Technology |
7 | Office address | Jl. Ganesha 10, Bandung |
8 | Office phone/fax number | +6222-2504852 |
Education Background
Bachelor | Master | Doctoral | |
Institution Name | ITB | ITB | ITB |
Field of Study | Pharmacy | Pharmacy | Pharmacy |
Graduated year | 2013 | 2015 | 2018 |
Title of thesis/dissertation
|
Preliminary study of clorination reaction of sucrose as initiation of sucralose (4,1’,6’-Triklorogalaktosukrosa) | Design and in silico study of diazolylporphyrin derivatives as a candidate of radiopharmaceutical ligand kit for melanoma cancer | In silico study, synthesis, and cytotoxicity test of porphyrin derivatives as candidate of anticancer agents and radiopharmaceutical ligand kit |
Supervisor(s) | Dr.rer.nat Rahmana Emran Kartasasmita; Prof. Dr. Daryono Hadi Tjahjono, M.Sc.
|
Prof. Dr. Daryono Hadi Tjahjono, M.Sc.;
Dr.rer.nat Rahmana Emran Kartasasmita
|
Prof. Dr. Daryono Hadi Tjahjono, M.Sc.;
Dr.rer.nat Rahmana Emran Kartasasmita; Dr. Abdul Muthalib |
Research Experience in the Last 5 Years
No. | Year | Title | Funding | |
Source* | Total in IDR (million) | |||
1 | 2020 | Study of antivirus molecules for SARS-CoV-2 by in silico method | RISTEKBRIN | 195 |
2. | 2020 | Porphyrin derivatives as radiopharmaceutical kit for cancer diagnostic | Kemenristek/BRIN | 456,5 |
3. | 2020 | In silico study and synthesis orientation of caffeine derivatives as anticancer candidate | P3MI ITB | 100 |
2019 | Development of Food Additives (BTP) Safety Evaluation Methods Based on Computing Methods (In Silico) As a Supporting System in Policy Implementation | LPDP | 327,6 | |
2019 | Safety Study of Sildenafil and Its Derivatives Using the In Silico Method | P3MI ITB | 100 | |
4. | 2019 | Porphyrin derivatives as radiopharmaceutical kit for cancer diagnostic | Kemenritek-dikti | 237,6 |
5. | 2018 | In vivo study of porphyrin derivatives as anticancer candidate | Riset ITB | 250 |
2017 | Development of mefenamic acid synthesis as an effort to encourage national independence in the provision of Active Pharmaceutical Ingredients (API) | Kemenkes RI | 238,5 | |
6. | 2017 | Development of porphyrin derivatives as radiopharmaceutical ligands, photosensitizer, and anticancer | Kemenritek-dikti | 416,5 |
7. | 2016 | Development of porphyrin derivatives as radiopharmaceutical ligands, photosensitizer, and anticancer | Kemenritek-dikti | 450 |
2016 | Collaborative Research at Department of Applied Chemistry, Keio University, Japan
(Program Sandwich-Like) |
DIKTI | 95 | |
8. | 2016 | Synthesis of porphyrin derivatives and labeling with 99mTc as radiopharmaceutical kit ligand | Riset KK ITB | 150 |
9. | 2015 | Development of porphyrin derivatives as radiopharmaceutical ligands, photosensitizer, and anticancer | Kemenritek-dikti | 381 |
10. | 2015 | Study of reactivity, structure, and complex electronic properties of porphyrin derivatives with transition metal using density functional theory (DFT) method | Riset KK ITB | 150 |
Scientific Article Publication in The Last 5 Years
Seminar/Conference Speaker (Oral Presentation) in The Last 5 Years
Intellectual Property Rights in The Last 10 Years
No. | Title | Year | Type | No. |
1 | Senyawa Turunan Porfirin Sebagai Antikanker dan Ligan Radiofarmaka Serta Metode Sintesisnya | 2018 | Paten | P00201809524 |
Awards in The Last 10 Years