• 1. Report I: Empyema Thoracis 0:19
• 2. Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses I 0:35
• 3. Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses II 0:32
• 4. Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses III 0:36
• 5. Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses IV 0:31
• 6. Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses V 0:26
• 7. Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses VI 0:33
• 8. Report II: Goodsall's Law In Proctological Disease 0:17
• 9. Goodsall's Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory I 0:41
• 10. Goodsall's Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory II 0:40
• 11. Goodsall's Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory III 0:42
• 12. Goodsall's Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory IV 0:22
• 13. Goodsall's Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory V 1:12
• 14. Goodsall's Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory VI 1:01
• 15. Report III: Forming the Phlegmon 0:21
• 16. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid I 0:38
• 17. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid II 0:28
• 18. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid III 0:23
• 19. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid IV 0:24
• 20. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid V 0:29
• 21. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid VI 0:26
• 22. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid VII 1:10
• 23. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid VIII 0:50
• 24. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid IX 0:27
• 25. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid X 0:55
• 26. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid XI 0:49
• 27. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid XII 0:29
• 28. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid XIII 0:26
• 29. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid XIV 0:28
• 30. Forming the Phlegmon: Cysticercus Racemosus and the Emerging Pathophysiology Concerning Neuro-Parasitism of Helminthes Indigenous to Southeast Asia Diagnosed through Immunofluorescent Techniques Refined by Molecular Extraction of Taenia solium Messenger Ribonucleic Acid XV 1:38

Tracklisting from Last.fm