AIMS and SCOPE

Registers of Physiology and Biological Physics is an open-access, peer-reviewed journal dedicated to publishing high-quality research articles, reviews, and communications that cover all aspects of physiology and biological physics. The journal aims to advance the understanding of the complex mechanisms underlying the functioning of living systems, from molecular and cellular levels to whole organisms and ecosystems. The journal welcomes submissions from researchers worldwide working in any area of physiology and biological physics.

The scope of Registers of Physiology and Biological Physics includes, but is not limited to:

• Cellular physiology
• Molecular physiology
• Systems physiology
• Comparative physiology
• Neurophysiology
• Cardiovascular physiology
• Respiratory physiology
• Gastrointestinal physiology
• Renal physiology
• Endocrine physiology
• Reproductive physiology
• Immunology
• Pharmacology
• Biophysics
• Biological physics
• Mathematical modeling in physiology
• Integrative physiology
• Ecology and environmental physiology
• Evolutionary physiology
• Developmental biology
• Genetics
• Biochemistry
• Proteomics
• Metabolomics
• Genomics
• Omics technologies

The journal also publishes articles on emerging technologies and techniques in physiology and biological physics, including imaging, bioinformatics, and nanotechnology.

Our goal is to provide a platform for researchers to disseminate their latest findings and ideas, and to stimulate scientific discussion and collaboration. The journal aims to be a valuable resource for physiologists, biological physicists, and researchers in related fields.

Keywords/Sub-topics:

1. Cellular physiology
2. Molecular physiology
3. Systems physiology
4. Comparative physiology
5. Neurophysiology
6. Cardiovascular physiology
7. Respiratory physiology
8. Gastrointestinal physiology
9. Renal physiology
10. Endocrine physiology
11. Reproductive physiology
12. Immunology
13. Pharmacology
14. Biophysics
15. Biological physics
16. Mathematical modeling in physiology
17. Integrative physiology
18. Ecology and environmental physiology
19. Evolutionary physiology
20. Developmental biology
21. Genetics
22. Biochemistry
23. Proteomics
24. Metabolomics
25. Genomics
26. Omics technologies
27. Imaging
28. Bioinformatics
29. Nanotechnology
30. Ion channels
31. Signal transduction
32. Membrane transport
33. Energy metabolism
34. Stress response
35. Aging
36. Cancer
37. Neurodegeneration
38. Cardiomyopathy
39. Diabetes
40. Obesity
41. Infectious diseases
42. Immunotherapy
43. Stem cells
44. Gene regulation
45. Genome editing
46. Epigenetics
47. Biomaterials
48. Synthetic biology
49. Biomechanics
50. Biomechanical modeling
51. Physiological systems modeling
52. Machine learning
53. Artificial intelligence
54. Data science
55. Big data
56. Open science
57. Reproducibility

58. Protein structure and function
59. Radiobiology
60. Regenerative medicine
61. Reproductive physiology
62. Respiratory physiology
63. RNA biology
64. Signal transduction
65. Skeletal muscle physiology
66. Stem cell biology
67. Stress and adaptation
68. Structural biology
69. Systems biology
70. Synthetic biology

• Thermoregulation

72. Tissue engineering
73. Transcriptional regulation
74. Transport physiology
75. Tumor biology
76. Vascular biology
77. Viral immunology
78. Viral pathogenesis
79. Viral replication
80. Virus-host interactions

• Vision science

82. Xenobiotic metabolism
83. Muscle physiology
84. Myogenesis
85. Neuroendocrinology
86. Neuroimmunology
87. Neuromuscular physiology
88. Obesity physiology
89. Oncology
90. Ophthalmic physiology

• Oral physiology

92. Osteology
93. Otolaryngology
94. Pain physiology
95. Pathophysiology
96. Pediatric physiology
97. Pharmacology
98. Physiology education
99. Plant physiology
100. Pregnancy physiology
101. Pulmonary physiology
102. Quantitative physiology
103. Radiation biology
104. Renal physiology
105. Reproductive physiology
106. Respiratory physiology
107. Sarcopenia
108. Sensory physiology
109. Signal transduction
110. Sleep physiology
111. Speech physiology
112. Stem cell physiology
113. Stress physiology
114. Structural biology
115. Synaptic physiology
116. Systems biology
117. Systems physiology
118. Toxicology
119. Translational physiology
120. Transplantation physiology
121. Transport physiology
122. Trauma physiology
123. Tumor physiology
124. Vascular biology
125. Vascular physiology
126. Vision physiology
127. Vocal physiology
128. Women's health physiology
129. Wound healing physiology
130. Xenobiotic metabolism
131. Zoology
132. zebrafish physiology
133. Model organisms in physiology
134. Enzymology
135. Neurological disorders
136. Hormonal regulation
137. Cardiac output
138. Biomedical research methods
139. Bioengineering
140. Ecological physiology
141. Immunology
142. Cell signaling
143. Cell metabolism
144. Gene regulation
145. Epigenetics
146. Aging physiology
147. Mitochondrial physiology
148. Biochemical pathways
149. Electrophysiology
150. Cryobiology
151. Cardiopulmonary resuscitation (CPR)
152. Biophysics
153. Ion channels
154. Bioinformatics
155. Single-cell physiology
156. Functional genomics
157. Evolutionary physiology.

1. Pharmacology and toxicology
2. Proteomics
3. Pulmonary physiology
4. Radiobiology
5. Regenerative medicine
6. Reproductive physiology
7. Signal transduction
8. Sleep physiology
9. Stem cells
10. Structural biology
11. Systems biology
12. Synthetic biology
13. Tissue engineering
14. Transcriptional regulation
15. Translational research
16. Transport physiology
17. Vascular physiology
18. Viral pathogenesis
19. Virology
20. Xenobiotics metabolism
21. Aging and senescence
22. Alternative medicine
23. Biochemistry
24. Bioethics
25. Biological rhythms
26. Biomechanics
27. Biomedical engineering
28. Biophysics
29. Cancer biology
30. Cardiovascular physiology
31. Cell adhesion and migration
32. Cell differentiation and development
33. Cell growth and division
34. Cell signaling and communication
35. Cell structure and function
36. Chemical biology
37. Clinical trials
38. Computational biology
39. Cytopathology

In conclusion, the "Registers of Physiology and Biological Physics" journal aims to publish high-quality research articles related to the broad areas of physiology and biological physics, with a focus on understanding the underlying mechanisms of biological processes at various levels, from molecular to systemic. Our mission is to provide a platform for scientists to share their innovative ideas and discoveries, and our vision is to promote advancements in the field of physiology and biological physics for the betterment of human health. We hope to attract researchers from diverse backgrounds and facilitate interdisciplinary collaborations through our open-access publishing model.