AIMS and SCOPES:

Journal for Lipids in Health and Disease publishes original research articles, review articles, and commentaries on all aspects of lipids in health and disease. The journal covers a broad range of topics, including:

• Lipid metabolism and regulation
• Lipoprotein metabolism and atherosclerosis
• Lipids and cardiovascular disease
• Lipids and diabetes
• Lipids and metabolic disorders
• Lipids and cancer
• Lipids and inflammation
• Lipids and neurodegenerative disorders
• Lipids and aging
• Lipids and nutrition
• Lipids and drug discovery
• Lipid-lowering interventions
• Lipidomics and metabolomics
• Lipid-related biomarkers

The journal also welcomes submissions on related topics, such as clinical trials, epidemiology, genetics, and pharmacology, as long as they have a clear relevance to the field of lipids in health and disease. Journal for Lipids in Health and Disease is an open access journal, which means that all articles are freely available online, and authors retain copyright of their work. We follow the guidelines and policies of the Committee on Publication Ethics (COPE) and the International Committee of Medical Journal Editors (ICMJE), and we are committed to ensuring the highest standards of ethical and scientific integrity in all aspects of our publishing process.

Keywords:

1. Lipid metabolism
2. Cholesterol
3. Triglycerides
4. Atherosclerosis
5. Cardiovascular disease
6. Obesity
7. Diabetes
8. Fatty acids
9. Lipoproteins
10. Dyslipidemia
11. Lipidomics
12. Lipid signaling

• Adipose tissue

14. Lipid droplets
15. Lipid bilayers

• Lipid peroxidation

17. HDL
18. LDL
19. VLDL
20. Apolipoproteins
21. Lipid transport
22. Lipid storage
23. Lipid oxidation
24. Lipid rafts
25. Fatty acid synthesis
26. Fatty acid oxidation
27. Sterol metabolism
28. Fatty acid metabolism
29. Lipid accumulation
30. Lipid metabolism disorders

• Insulin resistance

32. Lipid homeostasis
33. Eicosanoids
34. Inflammation
35. Metabolic syndrome
36. Lipid-related diseases
37. Lipid oxidation products
38. Lipid-based drug delivery
39. Lipid nanoparticles
40. Lipid signaling pathways
41. Lipid biochemistry
42. Oxidative stress
43. Genetic determinants of lipid metabolism
44. Nutritional lipids
45. Omega- fatty acids
46. Polyunsaturated fatty acids
47. Saturated fatty acids
48. Trans fats
49. Lipid biomarkers
50. Lipid-lowering therapies
51. Lipid metabolism in cancer
52. Lipid metabolism in brain
53. Lipid metabolism in liver
54. Lipid metabolism in muscle
55. Lipid metabolism in kidney
56. Lipid metabolism in heart
57. Lipid metabolism in adipose tissue
58. Lipid metabolism in skin
59. Lipid metabolism in bone
60. Lipid metabolism in immune system

• Lipid metabolism in reproduction

62. Lipid metabolism in aging
63. Lipid metabolism in exercise
64. Lipid metabolism in stress
65. Lipid metabolism in sleep
66. Lipid metabolism in gut
67. Lipid metabolism in microbiome
68. Lipid metabolism in infectious diseases
69. Lipid metabolism in viral diseases
70. Lipid metabolism in bacterial diseases
71. Lipid metabolism in fungal diseases
72. Lipid metabolism in parasitic diseases
73. Lipid metabolism in autoimmune diseases
74. Lipid metabolism in allergic diseases
75. Lipid metabolism in cardiovascular diseases
76. Lipid metabolism in neurological diseases
77. Lipid metabolism in psychiatric diseases
78. Lipid metabolism in endocrine diseases
79. Lipid metabolism in respiratory diseases
80. Lipid metabolism in renal diseases
81. Lipid metabolism in gastrointestinal diseases
82. Lipid metabolism in liver diseases
83. Lipid metabolism in metabolic diseases
84. Lipid metabolism in rare diseases
85. Lipid metabolism in pediatric diseases
86. Lipid metabolism in geriatric diseases
87. Lipid metabolism in animal models
88. Lipid metabolism in cellular models
89. Lipid metabolism in organ models
90. Lipid metabolism in in vitro systems
91. Lipid metabolism in in vivo systems
92. Lipid metabolism in drug discovery
93. Lipid metabolism in precision medicine
94. Lipid-related
95. Omega-3
96. Omega-6
97. Sphingolipids
98. Phospholipids
99. Fatty liver disease
100. Lipid digestion
101. Lipid absorption
102. Lipid malabsorption
103. Lipid synthesis
104. Lipidomics analysis
105. Lipid extraction
106. Lipid profiling
107. Lipidomics technology
108. Genetics of lipid metabolism
109. Inherited lipid disorders
110. Lipid metabolism and cancer
111. Lipids and inflammation
112. Lipids and the immune system
113. Lipids and aging
114. Lipids and the brain
115. Lipids and cognition
116. Lipids and Alzheimer's disease
117. Lipids and Parkinson's disease
118. Lipids and multiple sclerosis
119. Lipids and neurodegeneration
120. Lipids and psychiatric disorders
121. Lipids and mood disorders
122. Lipids and anxiety
123. Lipids and depression
124. Lipids and autism
125. Lipids and attention deficit hyperactivity disorder (ADHD)
126. Lipids and sleep disorders
127. Lipids and circadian rhythm
128. Lipids and nutrition
129. Lipids and exercise
130. Lipids and sports nutrition
131. Lipids and bioactive lipids
132. Lipids and supplements
133. Lipids and functional foods
134. Lipids and nutraceuticals
135. Lipids and pharmacology
136. Lipid-lowering drugs
137. Lipid-based drug delivery systems
138. Lipids and drug metabolism
139. Lipids and drug interactions
140. Lipids and drug safety
141. Lipids and drug efficacy
142. Lipids and natural products
143. Lipids and herbal medicine
144. Lipids and traditional medicine
145. Lipids and personalized nutrition
146. Lipids and precision medicine
147. Lipids and biomolecular engineering
148. Lipids and biotechnology
149. Lipids and biofuels
150. Lipids and sustainable energy
151. Lipids and environmental sustainability
152. Lipids and food science
153. Lipids and food technology
154. Lipids and sensory science
155. Lipids and consumer behavior
156. Lipids and marketing
157. Lipids and economics
158. Lipids and policy
159. Lipids and regulations
160. Lipids and intellectual property
161. Lipids and innovation
162. Lipids and entrepreneurship
163. Lipids and academia
164. Lipids and research funding
165. Lipids and scientific publishing
166. Lipids and open access
167. Lipids and peer review
168. Lipids and scientific integrity
169. Lipids and scientific communication
170. Lipids and public engagement
171. Lipids and education
172. Lipids and career development
173. Lipids and mentorship
174. Lipids and diversity and inclusion
175. Lipids and professional societies
176. Lipids and networking
177. Lipids and collaboration
178. Lipids and team science
179. Lipids and interdisciplinary research
180. Lipids and international collaborations
181. Lipids and global health
182. Lipids and One Health
183. Lipids and animal health
184. Lipids and veterinary medicine
185. Lipids and food safety
186. Lipids and clinical nutrition
187. Lipids and preventive medicine
188. Lipids and epidemiology
189. Lipids and population health
190. Lipids and health outcomes
191. Free fatty acids
192. Omega-3 fatty acids
193. Omega-6 fatty acids
194. Membrane lipids
195. Immunometabolism
196. Nanoliposomes
197. Fatty acid synthase
198. Stearoyl-CoA desaturase
199. Acetyl-CoA carboxylase
200. Lipidomics profiling
201. Lipidomics data analysis
202. Lipidomics software
203. Dietary fats
204. Saturated fats
205. Unsaturated fats
206. Polyunsaturated fats
207. Monounsaturated fats
208. Lipid standards
209. Lipid quantification
210. Lipidomic biomarkers
211. Lipid storage diseases
212. Lipid autophagy
213. Lipid rafts in signal transduction
214. Lipid-based vaccines
215. Lipid droplets in disease
216. Lipidomics in precision medicine
217. Lipidomics in personalized nutrition
218. Lipidomics in aging research
219. Lipidomics in cancer research
220. Lipidomics in infectious diseases
221. Lipidomics in neuroscience
222. Lipidomics in drug discovery
223. Lipidomics in environmental toxicology
224. Lipidomics in food science
225. Lipidomics in agriculture
226. Lipidomics in veterinary medicine
227. Lipidomics in aquaculture
228. Lipidomics in biotechnology
229. Lipidomics in bioinformatics
230. Lipidomics in systems biology
231. Lipidomics in metabolomics
232. Lipidomics in proteomics
233. Lipidomics in genomics
234. Lipidomics in transcriptomics
235. Lipidomics in pharmacology
236. Lipidomics in toxicology
237. Lipidomics in physiology
238. Lipidomics in pathophysiology
239. Lipidomics in therapeutics
240. Lipidomics in epidemiology
241. Lipidomics in clinical trials
242. Lipidomics in translational medicine
243. Lipidomics in public health
244. Lipidomics in healthcare management
245. Lipidomics in healthcare policies
246. Lipidomics in healthcare economics
247. Lipidomics education
248. Lipidomics training
249. Lipidomics career opportunities
250. Lipidomics challenges and opportunities
251. Lipidomics ethics
252. Lipidomics and society
253. Open access lipidomics journal
254. Lipidomics review articles
255. Lipidomics original research articles
256. Lipidomics case reports
257. Lipidomics perspectives
258. Lipidomics commentaries
259. Lipidomics letters
260. Lipidomics conference proceedings
261. Lipidomics meeting abstracts
262. Lipidomics book chapters
263. Lipidomics news
264. Lipidomics events
265. Lipidomics social media
266. Lipidomics podcasts
267. Lipidomics webinars
268. Lipidomics newslettersTop of Form

 

In conclusion, the Journal for Lipids in Health and Disease aims to promote research and knowledge exchange on various aspects of lipids, their metabolism, and their role in human health and disease. The journal's mission is to provide a platform for scientists and researchers to publish their work and contribute to the understanding of lipid-related disorders. Its vision is to be a leading publication in the field of lipid research, and its scope encompasses various topics ranging from basic biochemistry and molecular biology to clinical trials and epidemiology. The journal is committed to open access publishing and follows all necessary regulations to ensure the integrity and quality of its publications. With a focus on advancing the understanding of lipids and their role in human health, the Journal for Lipids in Health and Disease welcomes submissions from scientists and researchers worldwide.