AIMS and SCOPE

Quantitative Bio-resource Technology is an international, peer-reviewed, open-access journal that focuses on the sustainable and efficient utilization of biological resources. The journal aims to publish original research, reviews, and perspectives that advance knowledge and promote innovation in the fields of bio-resource technology, bioprocessing, bio-refinery, and related areas. The scope of the journal includes, but is not limited to:

• Bio-resource characterization, analysis, and valorization
• Bioprocess design, optimization, and control
• Biorefinery concepts, technologies, and applications
• Renewable energy generation from bio-resources
• Biotechnological approaches for bio-resource utilization
• Bio-based materials and chemicals production
• Bio-resource recovery from waste streams
• Bio-resource management, policy, and economics
• Environmental and social impact of bio-resource utilization
• Sustainable agriculture and forestry practices
• Biomass and bioenergy production
• Green chemistry and engineering
• Life cycle assessment and sustainability analysis

Quantitative Bio-resource Technology provides a platform for interdisciplinary collaboration, bringing together researchers, engineers, and practitioners from different fields and regions to share their expertise and experiences. The journal aims to be a hub for cutting-edge research that drives innovation and fosters scientific excellence in the field of bio-resource technology.

The journal welcomes submissions that employ quantitative and systems-based approaches to address fundamental and applied research questions related to bio-resource utilization. The journal also welcomes contributions that demonstrate a clear connection to societal needs, including the potential to impact global challenges such as climate change, food security, and energy sustainability.

Quantitative Bio-resource Technology is committed to maintaining the highest standards of scientific integrity and ethical conduct. The journal follows a rigorous peer-review process to ensure that all research published is of high quality, original, and relevant to the journal's scope. The journal also adheres to all necessary regulations related to open-access publishing, such as the Budapest Open Access Initiative, the Berlin Declaration on Open Access to Knowledge in the Sciences and Humanities, and the Directory of Open Access Journals.

The following is a list of keywords/sub-topics relating to the scope of Quantitative Bio-resource Technology:

• Bio-resource characterization
• Bio-resource management
• Bio-resource policy
• Bio-resource utilization
• Biobased chemicals
• Biobased materials
• Bio-based products
• Bioeconomy
• Bioenergy
• Biogas
• Biogeochemistry
• Biohydrogen
• Biokerosene
• Biomanufacturing
• Bioprocessing
• Bioreactors
• Biorefinery
• Biosynthesis
• Carbon capture and storage
• Circular economy
• Climate change
• Composting
• Crop residue
• Energy crops
• Enzyme engineering
• Environmental impact assessment
• Fermentation
• Food security
• Forest residues
• Gasification
• Green chemistry
• Life cycle assessment
• Lignocellulosic biomass
• Microbial biotechnology
• Microbial ecology
• Nutrient recycling
• Photosynthesis
• Plant-microbe interactions
• Pyrolysis
• Renewable energy
• Soil carbon
• Soil microbiology
• Soil remediation
• Sustainable agriculture
• Sustainable forestry
• Synthetic biology
• Waste valorization
• Water quality
• Wood biomass

The list is not exhaustive and authors are encouraged to submit manuscripts on related topics within the scope of the journal.

here are some keywords and sub-topics related to the aims and scope of "Quantitative Bio-resource Technology":

1. Biotechnology
2. Bioinformatics
3. Synthetic biology
4. Systems biology
5. Computational biology
6. Genetics
7. Genomics
8. Proteomics
9. Metabolomics
10. Transcriptomics
11. Omics
12. Microbiology
13. Molecular biology
14. Cell biology
15. Biochemistry
16. Biomaterials
17. Biomechanics
18. Biophysics
19. Bioengineering
20. Nanotechnology
21. Bio-energy
22. Bioreactors
23. Bioprocess engineering
24. Biomass
25. Biofuels
26. Bioremediation
27. Environmental biotechnology
28. Plant biotechnology
29. Animal biotechnology
30. Marine biotechnology
31. Food biotechnology
32. Agricultural biotechnology
33. Pharmaceutical biotechnology
34. Biomedical engineering

• Tissue engineering

36. Regenerative medicine

• Medical devices
• Diagnostics
• Imaging

40. Drug discovery
41. Drug delivery
42. Vaccine development
43. Synthetic vaccines
44. Gene therapy
45. Cancer research
46. Immunology
47. Immunotherapy
48. Infectious diseases
49. Neuroscience
50. Neuroengineering
51. Systems neuroscience
52. Cognitive neuroscience

• Neuroimaging

54. Neuropharmacology
55. Bioethics

• Intellectual property

57. Technology transfer
58. Entrepreneurship
59. Innovation
60. Patent law
61. Regulatory affairs
62. Clinical trials
63. Good laboratory practice (GLP)
64. Good manufacturing practice (GMP)

• Quality assurance (QA)

66. Quality control (QC)

• Standardization
• Data sharing
• Reproducibility

70. Open science
71. Open access publishing
72. Peer review

• Research integrity

74. Research ethics
75. Scientific communication

• Science education

77. Science policy
78. Public engagement
79. Citizen science
80. Science diplomacy
81. Scientific collaboration
82. Big data analytics

• Machine learning

84. Artificial intelligence
85. Internet of Things (IoT)

• Cloud computing

87. High-performance computing
88. Data visualization
89. Data management
90. Data curation
91. Data mining
92. Data privacy

• Data security

94. Blockchain technology
95. Digital twins

• Industry 4.0

97. Smart cities
98. Smart agriculture
99. Smart healthcare
100. Digital transformation
101. Sustainability
102. Green technology
103. Circular economy
104. Life cycle assessment
105. Carbon footprint
106. Environmental impact assessment
107. Eco-design
108. Sustainable agriculture
109. Sustainable fisheries
110. Sustainable forestry
111. Sustainable energy
112. Renewable energy
113. Energy storage
114. Energy efficiency
115. Carbon capture and storage
116. Climate change mitigation
117. Climate adaptation
118. Biodiversity conservation
119. Ecosystem services
120. Ecological restoration.
121. Sustainable use of bio-resources
122. Biomass production and utilization
123. Bioenergy production and conversion technologies
124. Waste valorization and circular bio-economy
125. Bioremediation and environmental applications
126. Bio-inspired materials and technologies
127. Bioprocessing and downstream techniques
128. Microbial diversity and biotechnology
129. Synthetic biology and genetic engineering
130. Metabolic engineering and bioreactor design
131. Omics technologies and data analysis
132. Biostatistics and bioinformatics
133. Biosensors and bioinstrumentation
134. Biomechanics and biomaterials
135. Biomedical imaging and diagnostics
136. Drug discovery and biopharmaceuticals
137. Plant biotechnology and agricultural applications
138. Animal biotechnology and livestock production
139. Aquatic biotechnology and fisheries management
140. Biosecurity and biosafety
141. Ethical, legal, and social implications of biotechnology
142. Science communication and outreach
143. Open science and reproducibility
144. Research policy and funding opportunities
145. Industry-academia collaborations
146. Intellectual property and patenting
147. Entrepreneurship and start-up incubation
148. Education and workforce development in biotechnology
149. Gender and diversity in biotechnology
150. Global and regional perspectives on biotechnology
151. Emerging trends and future directions in biotechnology
152. Bioprocessing for value-added products
153. Sustainable use of natural resources
154. Industrial biotechnology
155. Chemical and biochemical processes
156. Biocatalysis
157. Renewable energy
158. Green chemistry
159. Biorefineries
160. Biodegradable polymers
161. Bio-nanotechnology
162. Biomimicry
163. Bio-inspired materials and structures
164. Bio-inspired robotics
165. Biosynthesis
166. Fermentation
167. Biobased chemicals
168. Biosorption
169. Bioaugmentation
170. Bioreduction
171. Biomethanation
172. Bioconversion
173. Biopolymers
174. Biofuels
175. Biodiversity
176. Biodegradation
177. Biosequestration
178. Biocorrosion
179. Biomineralization
180. Biodecontamination
181. Biocontrol
182. Bioremediation technologies
183. Microbial ecology
184. Biocomputing
185. Biochips
186. Biosafety
187. Bioprocessing models
188. Life cycle analysis
189. Bioprospecting
190. Synthetic biology
191. Systems biology
192. Biocultural diversity
193. Biophilosophy
194. Biotech innovation
195. Social acceptance of biotechnology
196. Biotech entrepreneurship
197. Industrial fermentation
198. Biopharmaceuticals
199. Food biotechnology
200. Animal biotechnology
201. Plant biotechnology
202. Microbial biotechnology
203. Environmental biotechnology
204. Agricultural biotechnology
205. Marine biotechnology
206. Biotechnology patents
207. Patentability of biotech inventions
208. Biotechnology investment
209. Biotechnology risk assessment
210. Biotechnology regulation
211. Biotechnology ethics
212. Public awareness of biotechnology
213. Biotechnology education
214. Biotechnology career development
215. Biotechnology economics
216. Biotechnology intellectual property rights
217. Biotechnology commercialization
218. Biotechnology venture capital
219. Biotechnology marketing
220. Biotechnology strategic alliances
221. Biotechnology mergers and acquisitions
222. Biotechnology licensing
223. Biotechnology and the environment
224. Biotechnology and public health
225. Biotechnology and the law
226. Biotechnology and the media
227. Biotechnology and society
228. Biotechnology and agriculture
229. Biotechnology and the economy
230. Biotechnology and energy
231. Biotechnology and national security
232. Biotechnology and the future

The journal "Quantitative Bio-resource Technology" aims to be a platform for researchers, industry professionals, policymakers, and other stakeholders to share their knowledge and insights on the latest developments and trends in biotechnology. The scope of the journal covers a broad range of topics, including bioprocessing, renewable energy, bio-inspired materials, bioremediation, synthetic biology, and biotech entrepreneurship. Our mission is to foster innovation and collaboration in biotechnology research and development, while promoting ethical and sustainable practices. By publishing high-quality open-access articles, we hope to contribute to the advancement of biotechnology and its applications in addressing global challenges. Our vision is to become a leading publication in the field of biotechnology, recognized for our commitment to scientific rigor, integrity, and excellence.