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Georg Eduard Von Rindfleisch
(1836 – 1908)
German pathologist and histologist of Bavarian nobility ancestry. Rindfleisch studied medicine in Würzburg, Berlin, and Heidelberg, earning his MD in 1859 with the thesis “De Vasorum Genesi” (on the generation of vessels) under the tutelage of Rudolf Virchow (1821 - 1902). He then continued as a assistant to Virchow in a newly founded institute in Berlin. He then moved to Breslau in 1861 as an assistant to Rudolf Heidenhain (1834–1897), becoming a professor of pathological anatomy. In 1865 he became full professor in Bonn and in 1874 in Würzburg, where a new pathological institute was built according to his design (completed in 1878), where he worked until his retirement in 1906.
He was the first to describe the inflammatory background of multiple sclerosis in 1863, when he noted that demyelinated lesions have in their center small vessels that are surrounded by a leukocyte inflammatory infiltrate.
After extensive investigations, he suspected an infectious origin of tuberculosis - even before Robert Koch's detection of the tuberculosis bacillus in 1892. Rindfleisch 's special achievement is the description of the morphologically conspicuous macrophages in typhoid inflammation. His distinction between myocardial infarction and myocarditis in 1890 is also of lasting importance.
Associated eponyms
"Rindfleisch's folds": Usually a single semilunar fold of the serous surface of the pericardium around the origin of the aorta. Also known as the plica semilunaris aortæ.
"Rindfleisch's cells": Historical (and obsolete) name for eosinophilic leukocytes.
Personal note: G. Rindfleisch’s book “Traité D' Histologie Pathologique” 2nd edition (1873) is now part of my library. This book was translated from German to French by Dr. Frédéric Gross (1844-1927) , Associate Professor of the Medicine Faculty in Nancy, France. The book is dedicated to Dr. Theodore Billroth (1829-1894), an important surgeon whose pioneering work on subtotal gastrectomies paved the way for today’s robotic bariatric surgery. Dr. Miranda.
Sources:
1. "Stedmans Medical Eponyms" Forbis, P.; Bartolucci, SL; 1998 Williams and Wilkins
2. "Rindfleisch, Georg Eduard von (bayerischer Adel?)" Deutsche Biographie
3. "The pathology of multiple sclerosis and its evolution" Lassmann H. (1999) Philos Trans R Soc Lond B Biol Sci. 354 (1390): 1635–40.
4. “Traité D' Histologie Pathologique” G.E.
Rindfleisch 2nd Ed (1873) Ballieres et Fils. Paris, Translated by F Gross
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The superior vena cava (SVC) is one of the great vessels, a large vein that receives the venous return from the upper portion of the body, including the head and neck, upper extremities, and chest, with some venous return from the posterior aspect of the abdomen. The exception is the venous return of the heart which comes back by way of the coronary veins and coronary sinus.
The SVC originates at the junction of the left brachiocephalic vein with the right brachiocephalic vein. Its origin is described at the lower border of the first rib. The SVC ends at the cavoatrial junction, where it empties into the right atrium of the heart. It is here at the cavoatrial junction that anatomists describe a small horseshoe-shaped structure, the sinuatrial node or SA node, part of the conduction system of the heart.
The length of the SVC is between 6 to 8 cm. There are many anatomical variations of the superior vena cava, as described here.
The arch of the azygos vein empties into the posterior aspect of the SVC. The arch of the azygos vein receives the venous return of the azygos and hemiazygos venous systems, including the venous return of the posterior intercostal veins, and the ascending lumbar veins.
Sources:
1. "Tratado de Anatomia Humana" Testut et Latarjet 8 Ed. 1931 Salvat Editores, Spain
2. "Gray's Anatomy" 38th British Ed. Churchill Livingstone 1995
Image modified from the original by Henry VanDyke Carter, MD. Gray's Anatomy.
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This article is part of the series "A Moment in History" where we honor those who have contributed to the growth of medical knowledge in the areas of anatomy, medicine, surgery, and medical research.
Juan Vucetich (1858–1925)
Personal note: When working on the root term [-dactyl-] I came upon the biography of Juan Vucetich, the individual who created the modern method of dactyloscopy. Even though not a physician or anatomist, his life and accomplishments deserve to be presented here. Dr. Miranda.
Juan Vucetich (1858–1925) Juan Vucetich was born Ivan Vučetić in Croatia. In 1882, at 24 years of age he immigrated to Argentina, where he adopted the Spanish translation of his Croatian name. Because of his literacy (I have found no information on his actual studies), he started to work at the Argentinian Sanitary Works until he transferred to the Police Department Office of Identification and Statistics.
Vucetich was placed in charge of the anthropometric method used at the time to identify criminals based on bodily measurements. After reading an article in a French journal on Francis Galton's experiments with fingerprints as a means of identification, Vucetich began collecting fingerprints, taken from arrested men, while also making Bertillon-style anthropometric measurements. Galton's initial study proposed 40 parameters to classify fingerprints, but no system to collect or identify and individual using only this method.
He soon devised a useable system to group and classify fingerprints, which he called "Ichnophalangometrics" (description of phalangeal measurements). Thankfully, that name was later changed to dactyloscopy
Vucetich demonstrated the utility of fingerprint evidence in an 1892 case, which resulted in the identification and conviction of a suspect for first-degree murder. Shortly after that, he dismissed entirely the Bertillon anthropometric system, arguing that a full ten-finger set of fingerprints was sufficient for identification, and that complicated anthropometric measurements were unnecessary.
In 1900, the Argentine Republic began issuing a kind of internal passport which included fingerprints—a practice that was eventually adopted by many other countries. The 1904 publication of "Dactiloscopía Comparada", Vucetich's definitive work on fingerprint identification, and his travels to other countries, helped to spread his system throughout the world. Today, the Argentinian Police Academy is named after Juan Vucetich
Sources:
1. "Juan Vucetich and the origins of forensic fingerprinting". Visible Proofs. National Library of Medicine
2. Vucetich, Juan. Dactiloscopia comparada: El nuevo sistema argentino. Tip. Jacobo Peuser, 1904
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The prefix [semi-] originates from the Latin [semis] meaning "half". Applications of this prefix include:
- Semicomatose: Not completely in a coma, half in, half out
- Semimembranous: The name of a muscle that is half membranous (tendinous), half muscle
- Semilunar: With the shape of a half-moon, as the semilunar area of the olecranon
- Semicartilaginous: Half formed by cartilage
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The [olecranon] is the bony prominence of the elbow, that what some call "the funny bone". It is hook-shaped and has a semilunar (half-moon shaped) area which forms part of the elbow joint, articulating with the trochlea of the humerus.
Covered by a bursa, the olecranon receives the distal attachments of the triceps brachii muscle and the anconeous muscle.
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The word [olecranon] originates from the mixing of two Greek words [ωλένη] (oleni) meaning "ulna" and the word [κρανίοmeaning "head", or "cranium". Literally, "the head of the ulna"
Note: The links to Google Translate in these articles include an icon that will allow you to hear the Greek or Latin pronunciation of the word.
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The root term [-galact-] originates from the Greek [γάλα] (gala) meaning "milk". The use of this Greek word can be seen in the word [galaxy] initially used to refer to the Milky Way, our own galaxy. Applications of this include:
- Galactorrhea: The suffix [-(o)rrhea] means "flow" or "discharge". A discharge of milk
- Galactocyte: The suffix [-(o)cyte] means "cell". A milk-producing cell
- Galactophorous: A conduit or tube that carries milk
- Galactophoritis: An inflammation or infection of a conduit or tube that carries milk
- Galactopoiesis: The suffix [-(o)poieisis] means "to make", "action", "process". or "performance.. Refers to the process that creates milk
Note: The links to Google Translate include an icon that will allow you to hear the Greek or Latin pronunciation of the word.
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The medical suffix [-(o)rrhea] has a Greek origin and means "flow" or "discharge". The term is used in many medical words. Applications of this root term include:
- Galactorrhea: The root term [-galact-] means "milk". Milk discharge
- Agalactorrhea: The suffix [a-] means "without" or "absence". Absence of milk discharge
- Diarrhea: The root term [-dia] means "complete" or "trough". The word needs no explanation
- Amenorrhea: The root term [-men-)] means "menses". Absence of menstrual flow
- Dacryohemorrhea: A bloody flow of tears