AIMS:

"Innovations in Cell Communication and Signaling" is an international peer-reviewed open-access journal that focuses on the latest advances in cell signaling, communication, and their applications in various fields. The journal aims to provide a platform for researchers, scholars, and practitioners to publish their innovative and cutting-edge research findings, review articles, and perspectives in the field of cell communication and signaling.

SCOPE:

The journal covers a wide range of topics related to cell communication and signaling, including but not limited to:

1. Molecular signaling pathways
2. Intracellular signaling cascades
3. Intercellular signaling
4. Receptor-ligand interactions
5. Signal transduction mechanisms
6. Membrane trafficking and vesicular transport
7. Cytoskeleton and cell migration
8. Cell adhesion and extracellular matrix
9. Signaling in development and differentiation
10. Signaling in disease and pathology
11. Cancer signaling and therapeutic targets
12. Neurotransmission and neuronal signaling
13. Sensory signaling and perception
14. Immunological signaling and response
15. Microbial signaling and communication
16. Systems biology of signaling networks
17. Emerging technologies in cell signaling research
18. Pharmacology and drug discovery in cell signaling

The journal welcomes original research articles, review articles, perspectives, and short communications that focus on the above-mentioned topics or other relevant areas of cell communication and signaling research. We also encourage submission of interdisciplinary studies that integrate the fields of cell biology, biochemistry, biophysics, genetics, neuroscience, immunology, pharmacology, and computational biology.

We prioritize high-quality research that advances our understanding of the molecular mechanisms and functional significance of cell signaling pathways. The journal is committed to providing a fair and rigorous peer-review process to ensure the scientific accuracy, validity, and reliability of the published articles. Our aim is to serve as a valuable resource for the scientific community and contribute to the advancement of the field of cell communication and signaling.

KEYWORDS/SUB-TOPICS:

Below are some of the keywords and sub-topics that relate to the journal "Innovations in Cell Communication and Signaling":

1. Signal transduction
2. G protein-coupled receptors
3. Tyrosine kinases
4. Phosphorylation
5. Second messengers
6. Intracellular signaling pathways
7. Membrane proteins
8. Ion channels
9. Calcium signaling
10. MAP kinase signaling
11. NF-kappaB signaling
12. Wnt signaling
13. Hedgehog signaling
14. Notch signaling
15. TGF-beta signaling
16. JAK/STAT signaling
17. PI3K/Akt signaling
18. cAMP/PKA signaling
19. Protein-protein interactions
20. Signalosome
21. Ubiquitination
22. Autophagy
23. Endocytosis
24. Exocytosis
25. Epigenetic signaling
26. Post-transcriptional regulation
27. Non-coding RNAs
28. Cell adhesion molecules
29. Integrins
30. Cadherins
31. Selectins
32. Laminins
33. Extracellular matrix
34. Basement membrane

• Cell polarity

36. Cell migration

• Cell signaling in development
• Stem cell signaling
• Regeneration signaling

40. Cell signaling in cancer
41. Oncogenes
42. Tumor suppressors
43. Epithelial-mesenchymal transition
44. Angiogenesis
45. Cancer therapy targets
46. Neurotransmitters
47. Intracellular signaling pathways
48. Ion channels
49. Kinase inhibitors
50. Lipid signaling
51. Long non-coding RNA
52. Membrane receptors

• Metabolism and signaling

54. MicroRNAs
55. Molecular dynamics simulations

• Neurotransmitters and signaling

57. Nuclear receptors
58. Omics approaches to signaling
59. Oncogenes and tumor suppressors
60. Oxidative stress and signaling
61. P53 signaling
62. Peptide signaling
63. Phosphatases
64. Phospholipids

• Post-transcriptional regulation

66. Protein aggregation and signaling

• Protein modification and signaling
• Protein-protein interactions
• Receptor tyrosine kinases

70. Second messengers
71. Signal transduction in development
72. Signal transduction in disease

• Signaling in aging

74. Signaling in immunity
75. Signaling in inflammation

• Signaling in metabolism

77. Signaling in stem cells
78. Signaling pathways in cancer
79. Signaling regulation
80. Single-cell signaling
81. Structural biology of signaling proteins
82. Systems biology of signaling

• Targeted therapy in signaling pathways

84. TGF-beta signaling
85. Toll-like receptors

• Transcription factors and signaling

87. Transmembrane signaling
88. Tyrosine phosphatases
89. Ubiquitination and signaling
90. Wnt signaling
91. Zinc finger proteins and signaling
92. Zygotic genome activation

• Evolution of cell communication

94. Endocytosis and exocytosis
95. Cell signaling pathways

• Cell signaling regulation

97. Signal transduction
98. Receptor signaling
99. Inter-cellular communication
100. Signal amplification
101. Cell-cell signaling
102. Cell-matrix signaling
103. Extracellular matrix signaling
104. Signaling and gene expression
105. Signaling and cellular differentiation
106. Signal transduction in cancer
107. Signaling in immune response
108. Signaling in inflammation
109. Signaling in development and tissue regeneration
110. Intracellular communication
111. Neuronal signaling
112. Glial cell signaling
113. Signaling in neurodegenerative diseases
114. Cellular communication and aging
115. Therapeutic targeting of signaling pathways
116. Signal transduction inhibitors
117. Signaling and drug resistance
118. Synthetic biology of cell signaling
119. Emerging technologies in signaling research
120. Single-cell signaling analysis
121. High-throughput screening of signaling pathways
122. Signaling databases and computational models
123. Signaling networks and systems biology
124. Multi-omics analysis of signaling pathways
125. Spatial-temporal dynamics of signaling

Some additional keywords include:

1. signaling molecules,
2. protein phosphorylation,
3. signalosomes,
4. secondary messengers,
5. G protein-coupled receptors,
6. ion channels,
7. kinases,
8. phosphatases,
9. signal integration,
10. signal modulation,
11. ligand-receptor interactions,
12. MAPK pathway,
13. PI3K-Akt pathway,
14. JAK-STAT pathway,
15. Wnt signaling,
16. Hedgehog signaling,
17. Notch signaling,
18. TGF-β signaling,
19. cytokines,
20. growth factors,
21. receptors,
22. scaffolding proteins,
23. transcription factors,
24.  
25. intracellular signaling pathways,
26. extracellular signaling molecules and receptors,
27. ion channels,
28. kinase inhibitors,
29. transcription factors and signaling,
30. signal transduction in development and disease,
31. signaling in aging,
32. immunity,
33. inflammation,
34. targeted therapy in signaling pathways.
35. protein-protein interactions,
36. post-transcriptional regulation,
37. single-cell signaling,
38. systems biology of signaling,
39. structural biology of signaling proteins.

The journal aims to publish original research articles, reviews, mini-reviews, perspectives, and opinions that provide insights into the latest advances in cell communication and signaling. Our scope includes but is not limited to the molecular mechanisms underlying intracellular and extracellular signaling pathways, the role of different signaling molecules and receptors, and their implications in various physiological and pathological conditions. We also welcome submissions on the development of innovative technologies and tools to study signaling pathways, as well as computational approaches to model and simulate signaling events.

We strive to be a platform for interdisciplinary research in cell communication and signaling, promoting collaborations between researchers from different fields, including molecular and cellular biology, biochemistry, pharmacology, genetics, biophysics, and computational biology. Our ultimate goal is to foster a deeper understanding of the complex signaling networks that regulate cellular processes and to inspire the development of novel therapies for human diseases.

The journal also welcomes submissions on novel signaling molecules and pathways, such as long non-coding RNA, microRNAs, and zinc finger proteins, as well as on signaling events in specific cell types or organs, such as stem cells, neurons, and the immune system.

Overall, the journal seeks to be a premier destination for researchers and practitioners in the field of cell communication and signaling, providing a platform for the exchange of ideas and the dissemination of cutting-edge research. Our open access policy ensures that our articles are freely available to readers worldwide, promoting the widest possible dissemination of knowledge in this important field.