AIMS and SCOPES (750 words):

Advances and Applications of Bioengineering aims to publish original research articles, reviews, and commentaries in all areas of bioengineering, including but not limited to the following sub-topics:

• Biomedical engineering
• Biomaterials and tissue engineering
• Biosensors and bioelectronics
• Computational bioengineering
• Drug delivery and pharmacology
• Genetic engineering and synthetic biology
• Microfluidics and lab-on-a-chip systems
• Nanotechnology and nanobiotechnology
• Neuroengineering and rehabilitation engineering
• Regenerative medicine
• Systems and synthetic biology
• Biomechanics and mechanobiology

Our scope also includes research that applies bioengineering principles to the development of novel technologies and solutions for societal challenges, such as:

• Healthcare and medicine
• Environmental sustainability
• Energy and biofuels
• Agriculture and food production
• Biomanufacturing and industrial biotechnology

Advances and Applications of Bioengineering welcomes submissions from researchers, scientists, engineers, and industry professionals from all over the world. We encourage authors to submit their work that represents original and significant contributions to the field of bioengineering. We also welcome submissions that integrate interdisciplinary perspectives and promote cross-disciplinary collaborations. Manuscripts that report on negative results or replicate previous findings with new insights and methodologies are also welcomed.

To ensure the highest quality of published articles, Advances and Applications of Bioengineering has strict ethical and scientific guidelines that all authors, editors, and reviewers are required to follow. We adhere to the guidelines set forth by the Committee on Publication Ethics (COPE) and require all authors to submit their work for ethical review and approval from their institutional review board (IRB) or equivalent ethics committee. Our editorial team ensures that all submitted articles undergo rigorous peer-review by experts in the field and are evaluated for their scientific rigor, novelty, and impact.

Advances and Applications of Bioengineering is an open-access journal, meaning that all published articles are freely available to readers without any subscription or paywall barriers. We believe that this open access model promotes greater dissemination of knowledge and encourages greater global participation in scientific research. We also support the open data movement and encourage authors to deposit their research data in publicly accessible repositories.

To maintain the financial sustainability of our open-access model, Advances and Applications of Bioengineering charges a publication fee for all accepted articles. However, we offer waivers or discounts for authors from low-income countries or those who face financial barriers. We also offer a fast-track review process for urgent and time-sensitive manuscripts, and expedited publication for those accepted.

In summary, Advances and Applications of Bioengineering is a leading open-access journal dedicated to publishing high-quality research in bioengineering and its applications. Our mission is to promote the development and dissemination of innovative research, foster a culture of collaboration, and support the advancement of bioengineering research. Our vision is to be a trusted source of information and a catalyst for the development of novel solutions to global challenges. Our scope encompasses all areas of bioengineering, and we welcome submissions from authors worldwide. We adhere to the highest ethical and scientific standards and promote open access to scientific knowledge.

Keywords/ Subtopics:

1. Biomaterials
2. Biomechanics
3. Biomedical imaging
4. Biomedical instrumentation
5. Biomedical optics
6. Biomedical signal processing
7. Biosensors
8. Biotechnology
9. Cell and tissue engineering
10. Computational biology
11. Drug delivery systems
12. Medical devices
13. Nanomedicine
14. Neuroengineering
15. Synthetic biology
16. Regenerative medicine
17. Bioinformatics
18. Biophysics
19. Biochemistry
20. Biostatistics
21. Cardiovascular engineering
22. Clinical engineering
23. Dental engineering
24. Diagnostic imaging
25. Electrical engineering
26. Environmental engineering
27. Food engineering
28. Genetic engineering
29. Industrial engineering
30. Mechanical engineering
31. Medical imaging
32. Medical physics
33. Microfluidics
34. Molecular biology

• Neural engineering

36. Orthopedic engineering

• Pharmaceutical engineering
• Rehabilitation engineering
• Respiratory engineering

40. Stem cell engineering
41. Surgical instrumentation
42. Telemedicine
43. Ultrasound imaging
44. Bio-inspired design
45. Biocompatibility
46. Bioreactors
47. Biosimulation
48. Biomechatronics
49. Biopharmaceuticals
50. Biosurgery
51. Brain-computer interface
52. Cell therapy

• Chemical engineering

54. Clinical trials
55. Computer-aided diagnosis

• Controlled release systems

57. DNA sequencing
58. Drug discovery
59. Electrochemical sensors
60. Electromyography
61. Environmental monitoring
62. Ethics in bioengineering
63. Fluorescence imaging
64. Gene therapy

• Genetic testing

66. Healthcare technology

• High-throughput screening
• Implantable devices
• In vitro models

70. In vivo models
71. Medical robotics
72. Microfabrication

• Microscopy

74. Molecular imaging
75. Multiscale modeling

• Musculoskeletal engineering

77. Natural biomaterials
78. Non-invasive imaging
79. Optical coherence tomography
80. Personalized medicine
81. Pharmacokinetics
82. Point-of-care diagnostics

• Precision medicine

84. Protein engineering
85. Proteomics

• Quantum biology

87. Rehabilitation technology
88. Resonance imaging
89. RNA interference
90. Smart materials
91. Spectroscopy
92. Surface engineering

• Synthetic biomaterials

94. Synthetic cells
95. Targeted drug delivery

• Telehealth

97. Tissue scaffolds
98. Topical drug delivery
99. Translational medicine
100. Wearable devices
101. Wound healing
102. 3D printing
103. Adaptive systems
104. Ageing research
105. Agriculture engineering
106. Analytical chemistry
107. Artificial intelligence
108. Bio-inspired robotics
109. BioMEMS
110. Biosimilars
111. Cell culture systems
112. Chemical biology
113. Clinical genetics
114. Clinical informatics
115. Computer vision
116. CRISPR technology
117. Cybernetics
118. Data analysis
119. Dental materials
120. Developmental biology
121. Digital health
122. Drug design
123. Electrospinning
124. Embryonic stem cells
125. Energy harvesting
126. Enzyme engineering
127. Epidemiology
128. Epigenetics
129. Evolutionary biology
130. Fabrication techniques
131. Forensic engineering
132. Gene editing
133. Genetic
134. Genome engineering
135. Genomics
136. Glycobiology
137. Health informatics
138. Human genetics
139. Human-machine interfaces
140. Immunoengineering
141. Inflammation research
142. Machine learning
143. Materials science
144. Medical informatics
145. Medical nanotechnology
146. Medical sensors
147. Metabolic engineering
148. Microbial engineering
149. Microbiome engineering
150. Microfluidic systems
151. Molecular diagnostics
152. Multidisciplinary research
153. Nanofabrication
154. Nanoparticles
155. Nanotechnology
156. Neuroscience
157. Nutraceuticals
158. Optical imaging
159. Organ-on-a-chip
160. Personalized diagnostics
161. Pharmacogenomics
162. Protein structure prediction
163. Quantum computing
164. Quantitative biology
165. Radiology
166. RNA sequencing
167. Robotics
168. Scaffold-free tissue engineering
169. Scientific computing
170. Signal transduction
171. Single-cell analysis
172. Soft robotics
173. Systems biology
174. Tissue engineering and regeneration
175. Transcriptomics
176. Transport phenomena
177. Vascular engineering
178. Veterinary medicine
179. Virtual reality
180. Whole genome sequencing
181. X-ray imaging
182. Yeast engineering
183. Big data analysis
184. Bioactuators
185. Bioelectronics
186. Bioenergy
187. Biofilms
188. Bioinformatics tools
189. Biologic drugs
190. Biomarker discovery
191. Biomimicry
192. Biopharmaceutical production
193. Bioprinting
194. Bioremediation
195. Biosynthetic pathways
196. Biotechnology education
197. Cancer diagnostics
198. Cardiovascular devices
199. Catalysis
200. Cell biology
201. Cell membrane engineering
202. Cell migration
203. Cell signaling
204. Cell surface engineering
205. Chemical sensors
206. Chromatin engineering
207. Chronic disease management
208. Clinical engineering standards
209. Clinical guidelines
210. Clinical trials design
211. Computational neuroscience
212. Computer-aided drug design
213. CRISPR diagnostics
214. Crop engineering
215. Data privacy and security
216. Decision support systems
217. Dental implants
218. Device design and prototyping
219. Digital twins
220. DNA engineering
221. DNA synthesis
222. Drug metabolism
223. Drug repurposing
224. Electroceuticals
225. Emergency medicine technology