Stimuli-Responsive Nanogel/Microgel Hybrids as Targeted Drug Delivery Systems: A Comprehensive Review

In the recent years, smart stimuli-responsive nanogel-based smart systems are gaining a lot of interest in modern medicine. Global demand for controlled drug delivery systems is increasing day by day in order to overcome various challenges and reduce the toxic adverse effects of different chemothera...

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Published inBioNanoScience Vol. 14; no. 3; pp. 3496 - 3521
Main Authors Ghosh Majumdar, Amrita, Pany, Biswajit, Parua, Sankha Subhra, Mukherjee, Debdeepto, Panda, Agnihotri, Mohanty, Madhuchhanda, Das, Biswadeep, Si, Satyabrata, Mohanty, Priti S.
Format Journal Article
LanguageEnglish
Published New York Springer US 01.09.2024
Springer Nature B.V
Subjects
Antineoplastic drugs
Biological and Medical Physics
Biological effects
Biomaterials
Biophysics
Chemotherapy
Circuits and Systems
Clinical trials
Drug delivery
Drug delivery systems
Drug development
Engineering
Hybrid systems
Hybrids
Magnetic properties
Nanomaterials
Nanotechnology
Parameters
Redox potential
Review
Stimuli
Toxic diseases
Unloading
Nanogels
Targeted Drug delivery
Hybrids
Temperature sensitive
Stimuli-responsive Microgels (PNIPAM)
PH
PNIPAM-co-AAc microgel
Microgel-metal nanoparticle
Magnetic responsive nanogel
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Abstract In the recent years, smart stimuli-responsive nanogel-based smart systems are gaining a lot of interest in modern medicine. Global demand for controlled drug delivery systems is increasing day by day in order to overcome various challenges and reduce the toxic adverse effects of different chemotherapeutic drugs used in treatment of different diseases. Traditional drug delivery systems available in the market and used in different clinical trials are quite expensive and lack flexibility and efficiency to achieve desired results. In various biological applications, from cancer to neurological illnesses, nanogels constitute a cutting-edge platform for customizable drug release and targeted therapy. With the goal of streamlining the processes and offering cutting-edge nanomaterials, the design of these nanogels and their hybrid systems have been a crucial subject of study for researchers throughout the years. Our current review mainly focuses on synthesis of different stimuli-responsive smart nanogel systems, properties of nanogels in response to stimuli-responsive parameters like temperature, pH, redox potential, light, and magnetic field, and, finally, various applications of these smart delivery systems in response to these parameters which involve loading and unloading of drugs onto these systems and their mode of action. Graphical Abstract
AbstractList In the recent years, smart stimuli-responsive nanogel-based smart systems are gaining a lot of interest in modern medicine. Global demand for controlled drug delivery systems is increasing day by day in order to overcome various challenges and reduce the toxic adverse effects of different chemotherapeutic drugs used in treatment of different diseases. Traditional drug delivery systems available in the market and used in different clinical trials are quite expensive and lack flexibility and efficiency to achieve desired results. In various biological applications, from cancer to neurological illnesses, nanogels constitute a cutting-edge platform for customizable drug release and targeted therapy. With the goal of streamlining the processes and offering cutting-edge nanomaterials, the design of these nanogels and their hybrid systems have been a crucial subject of study for researchers throughout the years. Our current review mainly focuses on synthesis of different stimuli-responsive smart nanogel systems, properties of nanogels in response to stimuli-responsive parameters like temperature, pH, redox potential, light, and magnetic field, and, finally, various applications of these smart delivery systems in response to these parameters which involve loading and unloading of drugs onto these systems and their mode of action.
In the recent years, smart stimuli-responsive nanogel-based smart systems are gaining a lot of interest in modern medicine. Global demand for controlled drug delivery systems is increasing day by day in order to overcome various challenges and reduce the toxic adverse effects of different chemotherapeutic drugs used in treatment of different diseases. Traditional drug delivery systems available in the market and used in different clinical trials are quite expensive and lack flexibility and efficiency to achieve desired results. In various biological applications, from cancer to neurological illnesses, nanogels constitute a cutting-edge platform for customizable drug release and targeted therapy. With the goal of streamlining the processes and offering cutting-edge nanomaterials, the design of these nanogels and their hybrid systems have been a crucial subject of study for researchers throughout the years. Our current review mainly focuses on synthesis of different stimuli-responsive smart nanogel systems, properties of nanogels in response to stimuli-responsive parameters like temperature, pH, redox potential, light, and magnetic field, and, finally, various applications of these smart delivery systems in response to these parameters which involve loading and unloading of drugs onto these systems and their mode of action. Graphical Abstract
Author Mohanty, Madhuchhanda
Mukherjee, Debdeepto
Mohanty, Priti S.
Ghosh Majumdar, Amrita
Panda, Agnihotri
Das, Biswadeep
Si, Satyabrata
Parua, Sankha Subhra
Pany, Biswajit
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Issue 3
Keywords Nanogels
Targeted Drug delivery
Hybrids
Temperature sensitive
Stimuli-responsive Microgels (PNIPAM)
PH
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Microgel-metal nanoparticle
Magnetic responsive nanogel
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Snippet In the recent years, smart stimuli-responsive nanogel-based smart systems are gaining a lot of interest in modern medicine. Global demand for controlled drug...
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SubjectTerms Antineoplastic drugs
Biological and Medical Physics
Biological effects
Biomaterials
Biophysics
Chemotherapy
Circuits and Systems
Clinical trials
Drug delivery
Drug delivery systems
Drug development
Engineering
Hybrid systems
Hybrids
Magnetic properties
Nanomaterials
Nanotechnology
Parameters
Redox potential
Review
Stimuli
Toxic diseases
Unloading
Title Stimuli-Responsive Nanogel/Microgel Hybrids as Targeted Drug Delivery Systems: A Comprehensive Review
URI https://link.springer.com/article/10.1007/s12668-024-01577-9
https://www.proquest.com/docview/3113110901
Volume 14
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