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AHMAD SALEH

Universitas Mandala Waluya S1 - Farmasi SINTA ID : 6654397
576
SINTA Score Overall
167
SINTA Score 3Yr
0
Affil Score
0
Affil Score 3Yr
Latest number of Publication and Citations
Self-emulsifying drug delivery systems containing sulfate-based surfactants: Are they responsive to alkaline phosphatase?
Authors : A Saleh, ZB Akkuş-Dağdeviren, F Veider, NA Efiana, A Bernkop-Schnürch Journal of Drug Delivery Science and Technology 96, 105717, 2024
2024 1 cited
Overcoming intestinal barriers by heparanase-responsive charge-converting nanocarriers
Authors : F Veider, K Zöller, A Saleh, A Bernkop-Schnürch International Journal of Pharmaceutics 651, 123817, 2024
2024 2 cited
Charge-converting nanocarriers: Phosphorylated polysaccharide coatings for overcoming intestinal barriers
Authors : F Veider, D To, A Saleh, F Laffleur, G Kali, D Hense, OI Strube, ... International Journal of Biological Macromolecules 281, 136308, 2024
2024 0 cited
Nanostructured lipid carriers decorated with polyphosphate coated linear and loop cell-penetrating peptides
Authors : A Saleh, D Stengel, M Truszkowska, MB Massani, G Kali, ... International Journal of Pharmaceutics, 124844, 2024
2024 0 cited
Limited cellular uptake of liposomes: Might thiolated phospholipids hold the key?
Authors : D Stengel, ZD Özdal, M Truszkowska, A Saleh, A Seybold, ... International Journal of Pharmaceutics 667, 124812, 2024
2024 0 cited
Lipid-based nanoparticles: Enhanced cellular uptake via surface thiolation
Authors : P Knoll, GF Racaniello, V Laquintana, F Veider, A Saleh, A Seybold, ... International Journal of Pharmaceutics 635, 122753, 2023
2023 23 cited
Peptide Antibiotic–Polyphosphate Nanoparticles: A Promising Strategy to Overcome the Enzymatic and Mucus Barrier of the Intestine
Authors : A Saleh, ZB Akkuş-Dağdeviren, S Haddadzadegan, R Wibel, ... Biomacromolecules 24 (6), 2587-2595, 2023
2023 9 cited
Polyphosphate coated nanoparticles: Enzyme-activated charge-reversal gene delivery systems
Authors : ZB Akkuş-Dağdeviren, S Arısoy, JD Friedl, A Fürst, A Saleh, ... International Journal of Pharmaceutics 646, 123474, 2023
2023 4 cited
Phosphatase-degradable nanoparticles: a game-changing approach for the delivery of antifungal proteins
Authors : ZB Akkuş-Dağdeviren, A Saleh, C Schöpf, M Truszkowska, ... Journal of Colloid and Interface Science 646, 290-300, 2023
2023 7 cited
Phosphate decorated lipid-based nanocarriers providing a prolonged mucosal residence time
Authors : NA Efiana, A Fürst, A Saleh, I Shahzadi, A Bernkop-Schnürch International Journal of Pharmaceutics 625, 122096, 2022
2022 6 cited
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Summary

Article Quartile
Research Output
  Scopus GScholar WOS
Article 20 32 0
Citation 108 175 0
Cited Document 17 22 0
H-Index 7 8 0
i10-Index 4 7 0
G-Index 1 2 0
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