It is shown that bladder inflammation and dysfunction precede fibrosis, with TGFβ serving as a key regulatory hub, and early treatment with pirfenidone limits inflammation and fibrosis, normalizes neural signaling, and improves bladder function after SCI.
These findings underscore the prognostic importance of interactions among early urodynamic features in determining the severity of long‐term neurogenic bladder outcomes after SCI and identify a critical window for individualized intervention.
Behnaz Afrashteh, Steafan E. Khan, R. Z. Adury et al.· Physiological Reports· 0 citations
Spinal cord injury (SCI) is a devastating condition of the central nervous system characterized by complex pathophysiological processes, including primary mechanical damage and secondary injury cascades, ultimately leading to permanent neurological deficits. Current standard treatments—including surgical decompression...
Systemic immunosuppression is a devastating result of spinal cord injury (SCI), leaving many patients susceptible to infections such as pneumonia. SCI-associated pneumonia (SCI-AP) is a clinically-relevant outcome modifier associated with increased mortality and disability. While it is known that lungs become damaged a...
Ananya Das, Anish Sairam, Lisa A. Baer et al.· Experimental Neurology· 0 citations
It is suggested that hMDCs improved regenerative characteristics in a fibrotic VML model but did not restore contractile force, which supports the therapeutic potential of hMDCs and provides a foundation for future clinical strategies to treat urinary incontinence.
Aislin M. West, J. Dillon, Kevin J. Hart et al.· Bioengineering· 0 citations
The findings of this study provide a theoretical foundation and experimental basis for the clinical application of TAM in SCI treatment research and provide novel strategies for pharmacological intervention in secondary injuries associated with SCI.
Xiang-Zi Wang, Xiao-Quan Liang, Yu-Qi Lin et al.· Journal of Neuroimmune Pharm...· 0 citations
Hinokitiol supports neural repair after SCI by reprogramming microglial inflammatory-redox states, at least partly through Nrf2 signaling, which justifies further pharmacokinetic, sex-inclusive, and long-term safety studies.
Wen-Hao Zhang, Jing Wang, Tian-Yi Wang et al.· Phytotherapy Research· 0 citations
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