AIMS and SCOPES:

The Journal of Research in Fungal Biology aims to publish original research articles, reviews, and other scientific content in the field of fungal biology. The journal welcomes submissions on the following topics, but not limited to:

• Fungal ecology and biogeography
• Fungal physiology and metabolism
• Fungal genetics and genomics
• Fungal cell biology and molecular biology
• Fungal pathogenesis and host-pathogen interactions
• Fungal systematics and taxonomy
• Fungal evolution and biodiversity
• Fungal biotechnology and industrial applications
• Fungal ecology and conservation
• Fungal interactions with other microorganisms

We encourage submissions from researchers, scientists, and scholars from diverse backgrounds and disciplines, including but not limited to mycology, microbiology, ecology, evolution, biotechnology, and bioinformatics.

As an open-access journal, we adhere to all necessary regulations and guidelines set forth by various organizations. We ensure that published research adheres to ethical standards and guidelines, and that all authors are given proper credit for their contributions. We are committed to promoting transparency, reproducibility, and open science in fungal biology research.

In summary, the Journal of Research in Fungal Biology aims to provide a platform for researchers, scientists, and scholars to share their innovative research ideas, findings, and insights on various aspects of fungal biology. Our mission is to promote and disseminate high-quality research in the field of fungal biology, and our vision is to become a leading open-access journal in the field. We welcome submissions from diverse backgrounds and disciplines, and we adhere to all necessary regulations and guidelines to promote transparency and ethical standards in fungal biology research.

Keyword/Subtopics:

1. Fungal ecology
2. Biogeography of fungi
3. Fungal physiology
4. Fungal metabolism
5. Fungal genetics
6. Fungal genomics
7. Fungal cell biology
8. Fungal molecular biology
9. Fungal pathogenesis
10. Host-pathogen interactions in fungi
11. Fungal systematics
12. Fungal taxonomy
13. Fungal evolution
14. Fungal biodiversity
15. Fungal biotechnology
16. Fungal industrial applications
17. Fungal ecology and conservation
18. Fungal interactions with other microorganisms
19. Fungal growth and development
20. Fungal morphology
21. Fungal reproduction
22. Fungal spores
23. Fungal mycelium
24. Fungal toxins
25. Fungal secondary metabolites
26. Fungal diseases
27. Fungal infections
28. Fungal immune response
29. Fungal virulence factors
30. Fungal resistance mechanisms
31. Fungal adaptation
32. Fungal symbiosis
33. Fungal mutualism
34. Fungal commensalism

• Fungal parasitism

36. Fungal endophytes

• Fungal biogeography
• Fungal communities
• Fungal diversity

40. Fungal taxonomy and classification
41. Fungal systematics and phylogeny
42. Fungal biogeography and distribution patterns
43. Fungal biogeography and environmental factors
44. Fungal biogeography and biotic interactions
45. Fungal biogeography and climate change
46. Fungal biogeography and conservation
47. Fungal biogeography and ecosystem services
48. Fungal biogeography and human health
49. Fungal biogeography and agriculture
50. Fungal biotechnology and bioprospecting
51. Fungal biotechnology and biofuels
52. Fungal biotechnology and food production

• Fungal biotechnology and pharmaceuticals

54. Fungal biotechnology and enzymes
55. Fungal biotechnology and bioremediation

• Fungal biotechnology and plant growth promotion

57. Fungal biotechnology and stress tolerance
58. Fungal biotechnology and biocontrol
59. Fungal biotechnology and bioreactors
60. Fungal biotechnology and fermentation
61. Fungal biotechnology and waste management
62. Fungal biotechnology and sustainability
63. Fungal biotechnology and circular economy
64. Fungal biotechnology and innovation

• Fungal genetics and genomics

66. Fungal molecular biology and biochemistry

• Fungal transcriptomics and proteomics
• Fungal epigenetics
• Fungal gene expression

70. Fungal gene regulation
71. Fungal gene editing
72. Fungal genetic engineering

• Fungal genome sequencing

74. Fungal comparative genomics
75. Fungal functional genomics

• Fungal population genetics

77. Fungal genetic diversity
78. Fungal genetic adaptation
79. Fungal genetic variability
80. Fungal genetic evolution
81. Fungal genetics and disease resistance
82. Fungal genetics and virulence

• Fungal genetics and symbiosis

84. Fungal genetics and mutualism
85. Fungal genetics and biotechnology

• Fungal genetics and bioremediation

87. Fungal genetics and plant-fungi interactions
88. Fungal genetics and ecosystem services
89. Fungal genetics and conservation
90. Fungal genetics and evolutionary biology
91. Fungal physiology and metabolism
92. Fungal nutrient uptake
93. Fungal respiration
94. Fungal photosynthesis
95. Fungal energy storage
96. Fungal signal transduction
97. Fungal stress responses
98. Fungal osmoregulation
99. Fungal ion homeostasis
100. Fungal pH regulation
101. Fungal carbon and nitrogen metabolism
102. Fungal lipid metabolism
103. Fungal polysaccharide metabolism
104. Fungal enzymology
105. Fungal proteomics
106. Fungal metabolomics
107. Fungal metabolites and their roles
108. Fungal signaling and communication
109. Fungal extracellular vesicles
110. Fungal biofilms
111. Fungal quorum sensing
112. Fungal adhesion
113. Fungal invasion
114. Fungal penetration
115. Fungal degradation of biopolymers
116. Fungal lignocellulose degradation
117. Fungal chitin and cellulose degradation
118. Fungal lignin degradation
119. Fungal enzymes and biodegradation
120. Fungal enzymes and biorefineries
121. Fungal enzymes and waste valorization
122. Fungal enzymes and food processing
123. Fungal enzymes and paper industry
124. Fungal enzymes and textile industry
125. Fungal enzymes and pharmaceuticals
126. Fungal enzymes and cosmetics
127. Fungal enzymes and biopesticides
128. Fungal enzymes and biofuels
129. Fungal enzymes and biotechnology
130. Fungal enzymes and molecular evolution
131. Fungal enzymes and protein engineering
132. Fungal enzymes and directed evolution
133. Fungal enzymes and enzyme immobilization
134. Fungal enzymes and enzyme optimization
135. Fungal enzymes and enzyme kinetics
136. Fungal enzymes and enzyme structure
137. Fungal enzymes and enzyme function
138. Fungal enzymes and enzyme mechanism
139. Fungal enzymes and enzyme regulation
140. Fungal enzymes and enzyme inhibitors
141. Fungal enzymes and enzyme purification
142. Fungal enzymes and enzyme production
143. Fungal enzymes and enzyme applications
144. Fungal enzymes and enzyme technology
145. Fungal enzymes and enzyme-based biosensors
146. Fungal enzymes and enzyme-based bioreactors
147. Fungal enzymes and enzyme-based diagnostics
148. Fungal enzymes and enzyme-based therapies
149. Fungal enzymes and enzyme-based biocatalysis
150. Fungal enzymes and enzyme-based synthesis
151. Fungal enzymes and enzyme-based bioconjugation
152. Fungal enzymes and enzyme-based nanotechnology
153. Fungal enzymes and enzyme-based drug delivery
154. Fungal enzymes and enzyme-based biomanufacturing
155. Fungal enzymes and enzyme-based green chemistry
156. Fungal enzymes and enzyme-based biotechnology
157. Fungal enzymes and enzyme-based bioinformatics
158. Fungal enzymes and enzyme-based high-throughput screening
159. Fungal enzymes and enzyme-based automation
160. Fungal enzymes and enzyme-based industrial processes
161. Fungal enzymes and enzyme-based quality control
162. Fungal enzymes and enzyme-based process optimization
163. Fungal enzymes and enzyme-based scale-up
164. Fungal enzymes and enzyme-based commercialization
165. Fungal enzymes and enzyme-based business models
166. Fungal enzymes and enzyme-based intellectual property
167. Fungal enzymes and enzyme-based regulations
168. Fungal enzymes and enzyme-based safety
169. Fungal enzymes and enzyme-based ethical considerations
170. Fungal enzymes and enzyme-based sustainability
171. Fungal enzymes and enzyme-based circular economy
172. Fungal enzymes and enzyme-based social responsibility
173. Fungal enzymes and enzyme
174. Fungal diversity and systematics
175. Fungal taxonomy
176. Fungal phylogeny
177. Fungal evolution
178. Fungal genetics
179. Fungal genomics
180. Fungal transcriptomics
181. Fungal epigenetics
182. Fungal epigenomics
183. Fungal metagenomics
184. Fungal population genetics
185. Fungal evolutionary ecology
186. Fungal biogeography
187. Fungal symbiosis
188. Fungal mutualism
189. Fungal commensalism
190. Fungal parasitism
191. Fungal pathogenesis
192. Fungal host-pathogen interactions
193. Fungal immunity
194. Fungal biocontrol
195. Fungal endophytes
196. Fungal mycorrhizae
197. Fungal lichens
198. Fungal ecology
199. Fungal biogeography

In conclusion, the Journal of Research in Fungal Biology aims to provide a platform for researchers, academics, and professionals to publish and access high-quality research in all areas of fungal biology. The journal's mission is to promote the advancement of knowledge and understanding of fungal biology and its applications, and to contribute to the development of sustainable solutions for societal challenges through interdisciplinary research.

The journal's vision is to be recognized as a leading open-access journal in the field of fungal biology, promoting the dissemination of innovative and impactful research worldwide. The journal's aims and scope encompass a broad range of topics, including but not limited to fungal physiology, ecology, genomics, biotechnology, and bioinformatics.

Furthermore, the journal is committed to upholding the highest standards of scientific integrity and ethical conduct in publishing research. It adheres to all necessary regulations from organizations and ensures that authors follow the guidelines for open-access publishing. Overall, the Journal of Research in Fungal Biology aims to foster collaboration and communication among researchers and contribute to the advancement of knowledge in the field of fungal biology.