Ailar Nakhlband, Yadollah Omidi* 
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Yadollah Omidi* , Jaleh Barar
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Jaleh Barar , Mohammad A. Rafi, Mohammad M. Pourseif, Yadollah Omidi*
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Bryson C. Lochte, Sean A Guillory, Craig A. H. Richard*, William M. Kelley
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Fatemeh Khonsari , Mostafa Heydari , Rassoul Dinarvand , Mohammad Sharifzadeh , Fatemeh Atyabi*
Nanostructured-Lipid-Carriers (NLCs) for brain delivery of rapamycin were designed by modification of optimized cationic-NLCs (C-NLC) with different approaches. The targeted transferrin decorated NLCs(Tf-NLCs) in comparison to untargeted bare-NLCs (B-NLCs) showed higher cellular uptake and appropriate targeted accumulation in the brain.
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Tina Sepasi , Farhad Bani, Reza Rahbarghazi, Abbas Ebrahimi-Kalan, Mohammad-Reza Sadeghi, Seyedeh Zahra Alamolhoda, Amir Zarebkohan* , Tahereh Ghadiri, Huile Gao
Efficient gene delivery to the brain using CDX-modified chitosan nanoparticles. Given the vital effects ofcargo's physicochemical features on the targeting ability of functionalized nanoparticles, we successfullyevaluated the brain accumulation of the mentioned nanocomplexes and their distribution in the brain ofmice
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Nazanin Kianinejad , Young Min Kwon*
Young M. Kwon is an associate professor of Pharmaceutical Sciences at Nova Southeastern University, College of Pharmacy (USA). Dr. Kwon’s research interests include targeted delivery and controlled release of biological molecules.
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