All Stories

  1. The human penis requires the integrity of the ten and six ligaments functionally and anatomically.
  2. Improving Erections by Fixing Blood Flow Problems
  3. How Blood‑Flow Problems Cause Erectile Dysfunction — and a New Way to Fix Them
  4. The penile fibrovascular system is elucidated through evidence
  5. Understanding a Rare Complication of Penile Implants
  6. How Improved Vein Surgery Helps Restore Erections in Adolescents
  7. Fixing Blood‑Flow Problems to Restore Erections in Adolescents
  8. How Blood Vessel Surgery Can Help Erectile Dysfunction
  9. Fixing Blood‑Flow Leaks While Enhancing Penile Structure
  10. A Surgical Approach to Restore Erections After Prostate Cancer Surgery
  11. Repairing Leaking Veins to Improve Erections After Prostatectomy
  12. Vascular (Arterial and Venous) Surgery for Erectile Dysfunction
  13. Penis Structure
  14. Erection Abnormality
  15. Penis Structure—Erection
  16. Penis Endocrinology
  17. Vascular Surgery for Erectile Dysfunction
  18. Acupuncture aided local anesthesia for penile vascular surgeries
  19. Penile venous stripping surgery is a viable option for erectile dysfunction after unsuccessful vascular interventions
  20. Can herbs improve sexual functions for the impotent men?
  21. Reply
  22. Tunical Outer Layer Plays an Essential Role in Penile Veno-occlusive Mechanism Evidenced from Electrocautery Effects to the Corpora Cavernosa in Defrosted Human Cadavers
  23. Management of erectile dysfunction in patients who failed prior vascular intervention
  24. Venous Ligation: A Novel Strategy for Glans Enhancement in Penile Prosthesis Implantation
  25. The venous drainage of the corpora cavernosa in the human penis
  26. Reconstructive surgery for idealising penile shape and restoring erectile function in patients with penile dysmorphology and erectile dysfunction
  27. Penile vascular surgery for treating erectile dysfunction: Current role and future direction
  28. Physiological Approach to a Penile Venous Stripping Surgical Procedure for Patients with Erectile Dysfunction
  29. A Combination of Penile Venous Stripping, Tunical Surgery and Varicocelectomy for Patients with Erectile Dysfunction, Penile Dysmorphology and Varicocele under Acupuncture-aided Local Anesthesia on Ambulatory Basis
  30. Penile Veins Are the Principal Component in Erectile Rigidity: A Study of Penile Venous Stripping on Defrosted Human Cadavers
  31. physiology: Clinical implications for physicians and surgeons
  32. Salvage Penile Curvature Correction Surgery
  33. Clinical Experience of a Refined Penile Venous Stripping Surgery Procedure for Patients With Erectile Dysfunction: Is It a Viable Option?
  34. Salvaging Penile Venous Stripping Surgery
  35. Formulas for determining the dimensions of venous graft required for penile curvature correction
  36. The Advancement of Pure Local Anesthesia for Penile Surgeries: Can an Outpatient Basis Be Sustainable?
  37. Long-Term Results of Autologous Venous Grafts for Penile Morphological Reconstruction
  38. Insufficient Response to Venous Stripping Surgery: Is the Penile Vein Recurrent or Residual?
  39. Hypothesis of human penile anatomy, erection hemodynamics and their clinical applications
  40. Outpatient varicocelectomy performed under local anesthesia
  41. The synergism of penile venous surgery and oral sildenafil in treating patients with erectile dysfunction
  42. Distal Ligament in Human Glans: A Comparative Study of Penile Architecture
  43. Penile veins play a pivotal role in erection: the haemodynamic evidence
  44. The Effect of Electrocoagulation on the Sinusoids in the Human Penis
  45. Outpatient penile implantation with the patient under a novel method of crural block
  46. Anatomy of the Human Penis: The Relationship of the Architecture Between Skeletal and Smooth Muscles
  47. Penile Venous Anatomy: An Additional Description and Its Clinical Implication
  48. CURVATURE CORRECTION IN PATIENTS WITH TUNICAL RUPTURE: A NECESSARY ADJUNCT TO REPAIR
  49. TRAUMATIC GLANS DEFORMITY:
  50. TRAUMATIC GLANS DEFORMITY: RECONSTRUCTION OF DISTAL LIGAMENTOUS STRUCTURE
  51. The Anatomy of the Tunica Albuginea in the Normal Penis and Peyronie's Disease
  52. Out-patient surgery for the correction of penile curvature
  53. Intracellular mechanism of penile erection in monkeys
  54. Combined Cavernous Compression Device and Arteriovenous-Cavernous Fistula: A Chronic Canine Model
  55. The Role of Cyclic Adenosine Monophosphate, Cyclic Guanosine Monophosphate, Endothelium and Nonadrenergic, Noncholinergic Neurotransmission in Canine Penile Erection
  56. Response of Bladder, Urethral and Intracavernous Pressure to Ventral Lumbosacral Root Stimulation in Sprague-Dawley and Wistar Rats