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Keyword [Cavernous nerve]
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1. Molecular Mechanism Of ED Following Cavernous Nerves Injury And Erectile Function Recovery By Reconstruction Of Cavernous Nerves
2. Research On Restoration Of Erectile Function In Rats With Bilateral Cavernous Nerves Injuring
3. Bushenhuoxue Mixture Experimental Study Of The Cavernous Nerve Of Rats With Dm Ed Sinusoids Role Mechanism
4. Basic Research And Clinical Assessment Of Modified Penile Dorsal Nerve Neurectomy In The Treatment Of Primary Premature Ejaculation
5. The Research On Recovery Of Cavernous Nerves Injury Through Transcetaneous Electrical Stimulation In Rat
6. The Expression Of Apoptosis In The Rat Corpus Cavernous Penis After The Bilateral Dorsal Nerve Of Penis And/or Cavernous Nerve Were Transected
7. Erectile Functional Restoration With Genital Branch Of Genitofemoral Nerve To Cavernous Nerve Transfer After Bilateral Cavernous Nerve Resection In The Rat
8. Erectile Function Restoration After Repair Of Cavernous Nerves Injury By Adipose Derived Stem Cells In Rats
9. The Feasibility Of Erectile Function Recovery After Partial Obturator Nerve To Cavernous Nerve Rerouting In Rats
10. The Effect Of COX-10aa-PGIS On Erectile Dysfunction After Cavernous Nerve Injury In Rats
11. Applied Anatomy Of The Apex Of The Prostate And Its Significance For Radical Prostatectomy
12. The Study Of Bone Marrow Mesenchymal Stem Cells Repairing Cavernous Nerve Injury Of Rats
13. Myocardin Gene Therapy Ameliorates Erectile Dysfunction In Bilateral Cavernous Nerve Injury Rats
14. Intracavernous Delivery Of SVF As A Novel Therapeutic Strategy For Erectile Dysfunction In The Type ? Diabetic Mouse
15. Human Tissue Kallikrein 1 Protects Against The Development Of Erectile Dysfunction In A Rat Model Of Hyperhomocysteinemia
16. Chronic Administration Of Exogenous H2S Improves Erectile Function In BCNI Rat Though Inhibiting Phenotypic Modulation Of Corpus Cavernosum Smooth Muscle Cell
17. Effects Of Human Adipose Derived Stem Cells On Erectile Dysfunction After Bilateral Cavernous Nerve Injury In Rats
18. The Effects Of LIPUS On Cavernous Nerve Regeneration And The Preliminary Clinical Application Of Micro Energy In The Treatment Of Traumatic ED
19. Salidroside Activates Autophagy Of Corpus Cavernosum Smooth Muscle Cells Through AMPK/mTOR Signaling Pathway To Treat Erectile Dysfunction In Rats With Cavernous Nerve Injury
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