Bahareh Dashtipour

NanoTemper Technologies (Germany)

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Akram Noori Tahneh

Islamic Azad University Pharmaceutical Sciences Branch

Masoomeh Sharbatdaran

Nuclear Science and Technology Research Institute

Saeed Dehghanpour

Alzahra University

Mahsa Sam

NanoTemper Technologies (Germany)

Akbar Ghasemi Yeklangi

NanoTemper Technologies (Germany)

Adel Ghafari

NanoTemper Technologies (Germany)

Somayeh Akbari

NanoTemper Technologies (Germany)

Elham Barati

Shahid Beheshti University of Medical Sciences

Alireza Ghofrani

Amirkabir University of Technology

Elham Shirali

Tehran University of Medical Sciences

Cooperative Institutions

Alzahra University

NanoTemper Technologies (Germany)

Tehran University of Medical Sciences

Tarbiat Modares University

Shahid Beheshti University of Medical Sciences

Amirkabir University of Technology

Shahid Beheshti University

Islamic Azad University Pharmaceutical Sciences Branch

Universidad de Ciencias Medicas

University of Tehran

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Author response for "Covalent organic frameworks as novel materials for overcoming key obstacles in lithium metal battery development"

Adel Ghafari Bahareh Dashtipour Mahsa Sam Akbar Ghasemi Yeklangi Somayeh Akbari

Lithium metal

10.1002/cjce.25272/v2/response1

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Covalent organic frameworks as novel materials for overcoming key obstacles in lithium metal battery development

The Canadian Journal of Chemical Engineering (2024)

Adel Ghafari Bahareh Dashtipour Mahsa Sam Akbar Ghasemi Yeklangi Somayeh Akbari

Abstract Covalent organic frameworks (COFs) are emerging as a potential material to the obstacles preventing the broad adoption of lithium metal batteries (LMBs). While these batteries offer a high energy density, they are plagued by challenges including dendrite growth, formation of dead lithium, and generation of an unstable solid electrolyte interphase (SEI). In this contribution, we undertake a comprehensive exploration of COFs, probing their capacity to surmount these hurdles via a spectrum of methodologies. These encompass the development of novel cathode materials, enhancement of the SEI layer, customization of separators, incorporation of electrolyte additives, and adaptation of current collector strategies. We also examine the potential of COFs in solid‐state LMBs, which offer even greater energy storage capability. Peering ahead, the ongoing refinement and advancement of COFs hold the potential to substantially elevate the efficiency and dependability of LMBs, ultimately paving the way for their expanded utilization in critical applications such as electric vehicles and energy storage for power grids.

Lithium metal

Organic radical battery

10.1002/cjce.25272

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Transesterification of soybean oil for biodiesel production over CaAlSi mixed oxide nanoparticles

Journal of Sol-Gel Science and Technology (2016)

Faezeh Farzaneh Bahareh Dashtipour Elnaz Rashtizadeh

Soybean oil

Thermogravimetric analysis

Mixed oxide

10.1007/s10971-016-4253-3

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Crosslinked natural hydrogels for drug delivery systems

Journal of Composites and Compounds (2022)

Akram Noori Tahneh Bahareh Dashtipour Alireza Ghofrani Somayeh Keramati Nejad

Hydrogels made from a variety of materials may be used as a novel technology in regenerative medicine in the biomedical field. Hydrogels may be made using both chemical and physical processes, depending on the source material. Size, elastic modulus, swelling, and degradation rate are only a few of the many physical parameters that may be used to define hydrogels in experiments. Hydrogels made from natural polymers have been the focus of our review. Due to their remarkable biocompatibility and nontoxicity, simple gelation, and functionalization, hydrogels derived from natural polymers have received extensive attention in recent decades. As a result, natural polymer hydrogels are considered excellent biomaterials that have great potential in the biomedical field. Because carriers play such a large role in determining how far and how fast drugs reach their intended recipients, the need for intelligent drug delivery systems (DDSs) is on the rise. An outstanding goal of this study is to examine the impact that various crosslinking process parameters have on the drug delivery mechanism.

Biocompatibility

Natural polymers

10.52547/jcc.4.2.6

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Improvement of the acidic properties of MOF by doped SnO2 quantum dots for the production of solketal

Journal of Chemical Sciences (2022)

Bahareh Dashtipour Saeed Dehghanpour Masoomeh Sharbatdaran

10.1007/s12039-022-02103-8

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Citations (9)

Targeted drug delivery by bone cements

Journal of Composites and Compounds (2022)

Zahra Kheradmand Maryam Rabiei Akram Noori Tahneh Elham Shirali Morteza Abedi

Bone cement (BC) is one of the most crucial materials for the substitution of damaged bones. Polymer or ceramic can be used as cement materials. Systemic drug delivery to the bone is difficult since human bone has limited perfusion. BC can carry drugs directly to the bone without causing adverse effects on healthy tissues, so it is a good choice for targeted drug delivery. Growth factors in addition to anti-inflammatory, anticancer, analgesic, and antibiotic reagents are just a few of the medicinal chemicals that may be added into BC for various treatment techniques. Our goal in this review is to introduce diverse BCs, drug loading mechanisms in BCs, and ultimately their clinical applications in dental potentials, inflammation therapy, bone infection, treatment of osteoporosis, coating of implants, and cancer therapy.

Bone cement

10.52547/jcc.4.1.7

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Enhanced acidity of MOF-808 by defect-engineered and supported-sulfuric acid in ketalization of glycerol

Polyhedron (2023)

Bahareh Dashtipour Saeed Dehghanpour Masoomeh Sharbatdaran

10.1016/j.poly.2023.116733

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Citations (6)