Ubi Pus, Ibi Fermento
Cystgurgle
Mexico·Original Year: 2020Release Date
May 9, 2020
Catalog #
LSOR-026
Tracks
30
Duration
18:44
Notes
Drums recorded at Fusion Studio, 27 Jan 2020. Bass recorded at Purulent Vomit Chunk, 29 Feb 2020. Vocals recorded at Adipocere Chamber, 2-4 Mar 2020. Mixed and mastered by Polwach Beokhaimook throughout the recording sessions. Artwork sources provided by Prof. John Hutchinson, Walucha Kobtikul, and Dr. Carlos A. Rodríguez-Alvarez and Neurosurgery. Artwork manipulated by Polwach Beokhaimook.
Label
Format
Tracklist
Report I: Empyema Thoracis
Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses I
Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses II
Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses III
Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses IV
Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses V
Empyema Thoracis: Suctioning Fungal Effusion, Decorticating Myconeoplasmic Masses VI
Report II: Goodsall’s Law In Proctological Disease
Goodsall’s Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory I
Goodsall’s Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory II
Goodsall’s Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory III
Goodsall’s Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory IV
Goodsall’s Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory V
Goodsall’s Law In Proctological Disease: A Multidisciplinary Approach To Determining Perianal Abscess Tract Trajectory VI
Report III: Forming The Phlegmon
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) I
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) II
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) III
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) IV
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) V
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) VI
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) VII
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) VIII
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) IX
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) X
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) XI
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) XII
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) XIII
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) XIV
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 (Immunolocalization Of Recombinant Proteins Tsol18 And Tsol45-1a Characterized By Fibronectin Type III Homology Regions) XV
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