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Nanotechnology‐Mediated Drug Delivery for the Treatment Of REVIEW Obesity www.advhealthmat.de Nanotechnology-Mediated Drug Delivery for the Treatment of Obesity and Its Related Comorbidities Yung-Hao Tsou, Bin Wang, William Ho, Bin Hu, Pei Tang, Sydney Sweet, Xue-Qing Zhang,* and Xiaoyang Xu* crisis globally. People with a body mass Obesity is a serious health issue affecting humanity on a global scale. index (BMI, mass in kilograms divided by Recognized by the American Medical Association as a chronic disease, the the square of the height in meters) above −2 [3,4] incidence of obesity continues to grow at an accelerating rate and obesity 30 kg m are considered obese. The American Medical Association has classi- has become one of the major threats to human health. Excessive weight fied obesity as a reversible and preventable gain is tied to metabolic syndrome, which is shown to increase the risk chronic disease, which is accompanied of chronic diseases, such as heart disease and type 2 diabetes, taxing an by a host of related deadly comorbidities already overburdened healthcare system and increasing mortality worldwide. including type 2 diabetes, heart disease, [5] Available treatments such as bariatric surgery and pharmacotherapy are and several types of cancers. Particularly, often accompanied by adverse side effects and poor patient compliance. diabetic disorders and cardiovascular dis- eases are the most common comorbidities Nanotechnology, an emerging technology with a wide range of biomedical associated with obesity. applications, has provided an unprecedented opportunity to improve The causes of obesity are complex and the treatment of many diseases, including obesity. This review provides multivariate. Broadly speaking, behavior an introduction to obesity and obesity-related comorbidities. The most and genetics appear to be the major factors [6] recent developments of nanotechnology-based drug delivery strategies are that cause obesity. Current treatments for obesity focus on lifestyle changes, highlighted and discussed. Additionally, challenges and consideration for the reducing energy consumption and development of nanoformulations with translational potential are discussed. increasing energy expenditure. Other than The overall objective of this review is to enhance the understanding of the lifestyle adjustments such as exercise and design and development of nanomedicine for treatments of obesity and diet modification, current clinical strate- related comorbidities. gies to treat obesity give priority to phar- macotherapy, including the drugs orlistat and lorcaserin, and surgical interventions 1. Introduction in the form of bariatric surgeries. However, these conventional treatments have side effects which call out for their improve- Obesity is a deadly condition; ≈4.5 million deaths worldwide ment.[7] Notably, there are challenges concerning the bioavail- were estimated to have been caused by overweightness and ability and effective delivery of antiobesity drugs (particularly obesity in 2013.[1] The World Health Organization (WHO) esti- nucleic acid-based therapeutics) which must be addressed for mated that in 2010, over 700 million youth and adults world- their successful incorporation into delivery systems.[8] wide were obese, and 2 billion individuals were overweight.[2] To overcome these drawbacks, nanotechnology presents It is overwhelmingly clear that obesity has become a health promising methods to improve drug encapsulation, protect the payload from degradation, improve solubility, and target [9] Y.-H. Tsou, W. Ho, S. Sweet, Prof. X. Y. Xu specific disease areas. Additionally, the delivery challenges Department of Chemical and Materials Engineering associated with nucleic acid-based therapeutics including small New Jersey Institute of Technology interfering Ribonucleic acid (siRNA), messenger Ribonucleic Newark, NJ 07102, USA acid (mRNA), short hairpin Ribonucleic acid (shRNA), anti- E-mail: [email protected] sense oligonucleotides, and clustered regularly interspaced B. Wang, B. Hu, Dr. P. Tang, Prof. X.-Q. Zhang short palindromic repeats/CRISPR-associated protein 9 Engineering Research Center of Cell and Therapeutic Antibody Ministry of Education (CRISPR/Cas9) components can be addressed via encapsula- School of Pharmacy tion into nanoparticles.[10] Advancements in nanomedicine Shanghai Jiao Tong University research have led to methods that reduce toxicity, improve 800 Dongchuan Road, Shanghai 200240, P. R. China biocompatibility, prolong the half-life of drugs, and reduce E-mail: [email protected] side effects through modifying nanoparticle properties.[11] In The ORCID identification number(s) for the author(s) of this article the last decade, researchers have published articles featuring can be found under https://doi.org/10.1002/adhm.201801184. promising applications of nanotechnology including nanopar- DOI: 10.1002/adhm.201801184 ticles and nanopatches inducing the browning of adipocytes to Adv. Healthcare Mater. 2019, 1801184 1801184 (1 of 14) © 2019 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim www.advancedsciencenews.com www.advhealthmat.de Yung-Hao Tsou was born and educated in Taiwan. He received his B.S. degree (chemical engineering) from Chung Yuan Christian University, Taiwan, in 2007. He obtained his M.S. degree (chemical engineering) from Texas A&M University- Kingsville, USA, in 2013. He is currently a Ph.D. candidate in the Chemical and Materials Figure 1. Schematic of nanotechnology in the treatment of obesity and Engineering department at the New Jersey Institute of related diseases. This figure shows an overview of nanotechnology medi- Technology, USA. His area of interest include biomaterials ated treatments of obesity and related diseases, including techniques such as the conversion of white adipose tissue (WAT) to brown adipose development and exploring their applications in drug tissue (BAT), reducing reactive oxygen species (ROS), and lowering delivery and tissue engineering. inflammation. Xiaoyang Xu is an assistant increase fat loss, as well as for the targeted treatment of obe- professor in the Department sity, diabetes, and heart disease.[12] of Chemical and Materials In Section 1 of this review, we will give an introductory Engineering at the New review of the physiology of obesity and its related comorbidities Jersey Institute of Technology such as diabetes and heart disease. The mechanisms and (NJIT). He is also the potential treatment targets recently reported in the literature director of the Laboratory will be discussed for each subject. Section 2 will summarize the of Nanomedicine and recent nanotechnological advances for the treatment of obesity, Healthcare Biomaterials at diabetes, and heart disease and their different mechanisms of NJIT. He received his Ph.D. in action (Figure 1). Finally, the scientific, technical, and regula- chemistry from Northwestern tory challenges of developing nanomedicines to treat these dis- University (with Chad Mirkin) eases are discussed in Section 3. More importantly, in Section 4 and completed his joint NIH postdoctoral training at MIT we will also give a brief perspective of nanotechnology and (with Robert Langer) and Harvard Medical School (with how it can be used in combination with other delivery systems, Omid Farokhzad). His research focus is the development which will help improve the treatment and targeting efficiency of novel biomaterials and nanotechnologies for medical of nanomedicines. In addition, we summarize the current tech- applications including diagnosis, bioimaging, drug delivery, nologies and their in treating obesity and related disease in and regenerative medicine. recent articles (Table 1). cellular microenvironment.[19] Oxidative stress damages cel- [20] 2. Mechanisms of Obesity and Potential Targets lular structures and generates inflammation and adipokines, which in turn further contributes to the development of obe- The interactions between genetic, environmental, and psy- sity. Obesity is closely associated with inflammation, which is chosocial factors determine body weight and fat deposition. tied to insulin resistance and type 2 diabetes.[21] Obesity-related In terms of behavior, a person’s diet (especially the high- inflammation often presents as metaflammation, defined as fat “Western” diet), low physical activity, unfavorable energy chronic inflammation regulated by metabolic cells in response balance (if calorie consumption exceeds expenditure), and use to excess nutrients and energy.[22] Studies have shown that dis- of some medications are all factors that influence obesity.[13] ruption of the link between obesity and its related comorbidi- This leads to the storage of excess energy as lipids in white adi- ties can suppress inflammatory signaling through knocking out pose tissue (WAT).[14] Strategies aiming to dissipate this excess key pathways, including components of the NF-κB and c-Jun energy have attracted continuing interest, and one of the most N-terminal kinase pathways,[23] as well as numerous other pro- studied mechanisms is WAT browning, during which white inflammatory signaling molecules, scaffolding proteins, and adipocytes are converted into brown fat cells.[15] Brown adipose cytokines in obese mice.[24] tissue (BAT) is generated through the expression of uncou- In terms of genetics, several genes have been proven pling protein 1 and induces energy expenditure through ther- to be positively correlated with obesity. Li et al. found the mogenesis within WAT.[16] Considerable numbers of browning dominant role of FTO and TMEM18 as genes involved
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