Penerbitan SCOPUS/ERA

m. aiman mohtar, delphine fessart, chia yuh cai, syazalina zahari, saiful effendi syafruddin, muhammad-redha abdullah-zawawi, ted hupp.  (2025).  crispr-mediated agr2 repression reveals esr1-driven transcriptional control in breast cancer cells.  - asia-pacific journal of clinical oncology.  6 - 6. 

ma1gorzata lisowska, erin g. worrall,filip zavadil-kokas, keith charlton, euan murray, m. aiman mohtar, radovan krejcir, vaclav hrabal, jack brydon, ainhoa gonzalez urionabarrenetxea,david g. saliba, mariana grima, umesh kalathiya, petr muller, adam krejci, borivoj vojtesek, kathryn l. ball,2robin fahraeus, david j. argyle, maciej parys, and ted r. hupp.  (2025).  the development of a canine single-chain phage antibody library to isolate recombinant antibodies for use in translational cancer research.  - cell reports methods.  1 - 28. 

nurul nadia mohamad zamberi, siti nur hasanah mohd yusufb m. aiman mohtar, saiful effendi syafruddin.  (2025).  uncovering the transcription factor network driving klf6 expression through super enhancers in renal cell carcinoma.  - asian pacific journal of molecular biology and biotechnology.  17 - 17. 

safaa m. naes, sharaniza ab-rahim, musalmah mazlan, saiful effendi syafruddin,m. aiman mohtar, asmaa y. abuhamad, amirah abdul rahman.  (2025).  crispr/cas9 mediated ent2 gene knockout altered purine catabolic pathway and induced apoptosis in colorectal cell lines.  - plos one.  1 - 16. 

nurul nadia mohamad zamberi, asmaa y abuhamad, teck yew low, m aiman mohtar, saiful effendi syafruddin.  (2024).  dcas9 tells tales: probing gene function and transcription regulation in cancer.  - the crispr journal.  73-87. 

m. aiman mohtar, siti nur hasanah mohd yusuf, and saiful effendi syafruddin.  (2024).  cholesterol accumulation in ccrcc: the role of ccrcc-initiating vhl-hifa pathway.  - ebiomedicine.  1-2. 

asmaa y. abuhamad, nurul nadia mohamad zamberi, sakari vanharanta, siti nur hasanah mohd yusuf, m. aiman mohtar, saiful effendi syafruddin.  (2023).  cancer cell-derived pdgfb stimulates mtorc1 activation in renal carcinoma.  - international journal of molecular sciences.  1-14. 

syazalina zahari, saiful effendi syafruddin and m. aiman mohtar.  (2023).  impact of the cancer cell secretome in driving breast cancer progression.  - cancers.  1-17. 

m. aiman mohtar, syazalina zahari, nisa syakila a. rahman, saiful effendi, muhammad-redha abdullah-zawawi, teck yew low, ted hupp.  (2023).  rna-seq analysis of crispr-cas9 targeted agr2 of breast cancer cells reveals potential modulators of its expression and secretion.  - esmo open.  6. 

siti nur hasanah mohd yusuf, asmaa y. abuhamad, ling sheen, nurul nadia zamberi, mohamad aimanuddin mohtar, saiful effendi syafruddin.  (2022).  pdgfb paracrine signalling fuels growth promoting-mtorc1 hyperactivation in clear cell renal cell carcinoma (ccrcc).  - malaysian journal of medicine and health sciences.  46. 

alyssa zi-xin leong, pey yee lee, m. aiman mohtar, saiful effendi syafruddin, yuh-fen pung and teck yew low.  (2022).  short open reading frames (sorfs) and microproteins: an update on their identification and validation measures.  - journal of biomedical science.  1-15. 

asmaa y. abuhamad, nurul nadia mohamad zamberi, ling sheen, safaa m. naes, siti nur hasanah mohd yusuf, asilah ahmad tajudin, m. aiman mohtar, amir syahir amir hamzah, saiful effendi syafruddin.  (2022).  reverting tp53 mutation in breast cancer cells: prime editing workflow and technical considerations.  - cells.  1-16. 

nisa syakila a. rahman, syazalina zahari, saiful effendi syafruddin, mohd firdaus-raih, teck yew low, m. aiman mohtar.  (2022).  functions and mechanisms of protein disulfide isomerase family in cancer emergence.  - cell & bioscience.  1-19. 

poh kuan wong, fook choe cheah, saiful effendi syafruddin, m aiman mohtar, norazrina azmi, pei yuen ng, eng wee chua.  (2021).  crispr gene-editing models geared toward therapy for hereditary and developmental neurological disorders.  - frontiers in pediatrics.  1-15. 

saiful effendi syafruddin , sheen ling, teck yew low and m aiman mohtar.  (2021).  more than meets the eye: revisiting the roles of heat shock factor 4 in health and diseases.  - biomolecules.  1-18. 

zulkarnain md idris, fatin nor shakila zainal, lee shu ching, amiruzair azmin, zakiah hamdan, ummi athirah kamaruzaman, chim w. chan, m. aiman mohtar, mohd bakhtiar munajat, azlin muhammad yasin.  (2021).  malaria in urban kuala lumpur, malaysia from 2005 to 2017.  - travel medicine and infectious disease.  1-2. 

daria sicari, federica g centonze, raphael pineau, pierre jean le reste, luc negroni, sophie chat, m aiman mohtar, daniel thomas, reynald gillet, ted hupp, eric chevet, aeid igbaria.  (2021).  reflux of endoplasmic reticulum proteins to the cytosol inactivates tumor suppressors.  - embo reports.  1-13. 

wioleta bialobrzeska, karolina dziabowska, malgorzata lisowska, m. aiman mohtar, petr muller, borivoj vojtesek, radovan krejcir, robert o neill, ted r. hupp, natalia malinowska, ewelina biega.  (2021).  an ultrasensitive biosensor for detection of femtogram levels of the cancer antigen agr2 using monoclonal antibody modified screen-printed gold electrodes.  - biosensors.  1-12. 

teck yew low, m. aiman mohtar, pey yee lee, nursyazwani omar, houjiang zhou, mingliang ye.  (2021).  widening the bottleneck of phosphoproteomics: evolving strategies for phosphopeptide enrichment.  - mass spectrometry reviews.  309-333. 

teck yew low, saiful effendi syafruddin, m. aiman mohtar, adaikkalam vellaichamy, nisa syakila a rahman, yuh-fen pung & chris soon heng tan.  (2021).  recent progress in mass spectrometry-based strategies for elucidating protein-protein interactions.  - cellular and molecular life sciences.  5325-5339. 

saiful effendi syafruddin, wan fahmi wan mohamad nazarie, nurshahirah ashikin moidu, bee hong soon, m. aiman mohtar.  (2021).  integration of rna-seq and proteomics data identifies glioblastoma multiforme surfaceome signature.  - bmc cancer.  1-13. 

asmaa y. i. abuhamad, mohamad aimanuddin mohtar, asilah ahmad tajudin, amir syahir amir hamzah, saiful effendi syafruddin.  (2021).  crispr-mediated generation of in vitro breast cancer models to study p53 gain of function mutation.  - asia pacific journal of molecular biology & biotechnology.  1. 

malak hassn mesrati, saiful effendi syafruddin, m. aiman mohtar, amir syahir.  (2021).  cd44: a multifunctional mediator of cancer progression.  - biomolecules.  1-32. 

nisa syakila a rahman, teck yew low, saiful effendi syafruddin, m. aiman mohtar.  (2021).  functional interrogation of crispr-cas9 mediated agr2 knockout in metastatic triple negative breast cancer cells.  - asm science journal.  91. 

frederic delom, m. aiman mohtar, ted hupp, delphine fessart.  (2020).  the anterior gradient-2 interactome.  - american journal of physiology - cell physiology.  C40-C47. 

m. aiman mohtar, saiful effendi syafruddin, siti nurmi nasir, low teck yew.  (2020).  revisiting the roles of pro-metastatic epcam in cancer.  - biomolecules.  1-19. 

nurshahirah ashikin moidu, nisa syakila a rahman, saiful effendi syafruddin, teck yew low, m. aiman mohtar.  (2020).  secretion of pro-oncogenic agr2 protein in cancer.  - heliyon.  1-11. 

saiful e. syafruddin, m. aiman mohtar, wan fahmi wan mohamad nazarie, teck yew low.  (2020).  two sides of the same coin: the roles of klf6 in physiology and pathophysiology.  - biomolecules.  1-22. 

teck yew low, mohamad aimanuddin mohtar, mia yang ang and rahman jamal.  (2019).  connecting proteomics to ngs: proteogenomics and its current applications in biology.  - proteomics.  1-10. 

nur syahada ab razak, nurul syakima ab mutalib, mohamad aimanuddin mohtar, nadiah abu.  (2019).  impact of chemotherapy on extracellular vesicles: understanding the chemo-evs.  - frontiers in oncology.  1-7. 

m. aiman mohtar, lenka hernychova, robert o`neill, melanie lawrence, euan murray, borek vojtesek and ted r. hupp.  (2018).  the sequence-specific peptide-binding activity of the protein sulfide isomerase agr2 directs its` stable binding to the oncogenic receptor epcam.  - molecular & cellular proteomics.  .