View allAll Photos Tagged exocrine
All credit for painting goes to the Mighty Moloch
More Info:
modernsynthesist.blogspot.com/2011/04/old-strains-exocrin...
All credit for painting goes to the Mighty Moloch
More Info:
modernsynthesist.blogspot.com/2011/04/old-strains-exocrin...
Starting off: the bare bones of the model
More Info:
modernsynthesist.blogspot.com/2011/04/old-strains-exocrin...
www.constantinroman.com/carpathians/
George Emil Palade (b. November 19, 1912, in Iaşi, Romania - d. 2008 USA) is a Romanian cell biologist. In 1974, he shared the Nobel Prize in Physiology or Medicine with Albert Claude and Christian de Duve, for his discoveries concerning the structure and function of organelles in biological cells.
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George Palade, one of the founders of cell biology who first visualized key cellular structures such as mitochondria and ribosomes, died yesterday (October 7) at the age of 95.
"George Palade was a real giant of the biological sciences in the last century," Gunter Blobel, a former postdoc in Palade's laboratory who also won a Nobel for his discovery of protein targeting, told The Scientist.
Palade was born in 1912, in Moldavia, Romania. His father, a professor of philosophy, hoped that Palade would follow in his footsteps, but Palade was more interested in what he called "tangibles." He went to medical school and, despite a strong interest in microscopy, completed his training as a medical doctor. He graduated from medical school in 1940, did a short stint as a practicing internist (and served as a medic for the Romanian Army during World War II), then shifted his focus to anatomy research.
In 1946, Palade met Albert Claude, the Nobel-winning biologist who pioneered the technique of cell fractionation, and was one of the early users of electron microscopy. Claude invited Palade to join him at Rockefeller University.
During the next 27 years at Rockefeller, Palade began uncovering the secrets of the cell. Using the electron microscope, he defined the structure of mitochondria and visualized small components of cytoplasm, later called ribosomes. This pioneering work won him the Nobel Prize in 1974. Working with Keith Porter and Sanford Palay -- both at Rockefeller-- Palade continued to refine the details of endoplasmic reticulum and the intricate structure of chemical synapses. Much of Palade's work also provided a foundation for future research on the Golgi apparatus.
Throughout the 1950s and 1960s, Palade expanded his work, and proved Claude's theory that the microsomes identified in cell fractionation were fragments of the endoplasmic reticulum. He investigated the secretory paths of the guinea pig pancreatic exocrine cell, doing many experiments in vivo. Eventually, he began using radioautography, during which he tagged and tracked radioactive proteins, revealing the processes ribosomes and endoplasmic reticulum use to synthesize and process proteins produced by the exocrine cells.
Palade received a Lasker Award in 1966 and the National Medal of Science in 1986.
In 1973, Palade went to Yale Medical School to start its department of cell biology, and focused his research on membrane trafficking. Within just a few years, Yale became one of the leading centers in that field worldwide.
In 1990, the University of California, San Diego, School of Medicine recruited Palade to act as its dean of scientific affairs. He retired from that position in 2001, but remained on as professor emeritus.
According to the ISI database, he is the author of 325 papers and has been cited more than 45,200 times. His most highly cited paper, on electron microscopy in the Journal of Experimental Medicine, is cited more than 3,300 times.
A view of the all the squishy details at the base of the bio cannon
More Info:
modernsynthesist.blogspot.com/2011/04/old-strains-exocrin...
Pancréas endocrine de Mormyridé. Chez beaucoup de poissons, le pancréas endocrine consiste en îlots de Langerhans, amas cellulaires dispersés dans ou à proximité du tissu exocrine. Un tel îlot (1) est entouré par une fine capsule conjonctive et abrite de nombreux capillaires sanguins autour desquels s’organisent des cellules sécrétrices d’hormones. Ces dernières ont un cytoplasme granulaire et sont bien moins colorées que les cellules (2) du pancréas exocrine, sécrétrices d’enzymes digestives. L’immunohistochimie, contrairement à l’histologie de routine, permet de différencier les différents types cellulaires (cellules alpha, bêta, delta…) logées dans un îlot.
- Pour plus de détails ou précisions, voir « Atlas of Fish Histology » CRC Press, ou « Histologie illustrée du poisson » (QUAE) ou s'adresser à Franck Genten (fgenten@gmail.com)
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Endocrine pancreas. In most fish the endocrine pancreas consists of areas scattered through the exocrine part. This endocrine tissue forms islets of Langerhans (1) composed of small cells with a pale stained granular cytoplasm ; in contrast, the large protein-secreting cells of the exocrine gland stain strongly (2). With routine histology, the - at least - three cell types of the islets are undistinguishable from one another and only immunostaining methods make it possible to differentiate them.
- For more information or details, see « Atlas of Fish Histology » CRC Press, or « Histologie illustrée du poisson » (QUAE) or contact Franck Genten (fgenten@gmail.com)
NEEDED: A NEW HOME FOR NELLIE
Nellie is a beautiful dog. She is adventurous and playful and needs a dedicated home to give her guidance and plenty of exercise. Nellie loves people and other dogs, her favorite pass time is chasing sticks on the beach and swimming in the sea. Nellie is a regular at Doggy Day Care and is a great dog in that setting. Nellie has nice manners, and is a wonderful companion. She is also very well behaved in the home. Nellie's new family will need to be prepared to give her life saving medication everyday, to keep her healthy. Nellie has a condition called EPI (Exocrine Pancreatic Insufficiency) Which means she can't digest her food properly and needs a pill with every meal, without this Nellie would continue to loose weight and become very thin and malnourished. Nellie is such an amazing girl and she deserves a second chance.
Age: 4 years approx
Sex: Female
Breed: Med Cross Breed
If you think you could offer this wonderful girl a new start please contact the canineteam@wellingtonspca.org.nz (04) 3898044 ext 808
It's cancer.
Hemangiosarcoma in the abdomen, metastasized into the lungs and bladder. She's past the point where surgery or chemo would do any good.
It's palliative care for as many good days as she has left.
She's got this nasty stuff:
"Hemangiosarcomas are highly malignant in nature. Visceral organs (internal organ of an animal in particular like the internal organ of a thorax or abdomen) like the spleen, right atrial appendage (small conical muscular pouch attached to the right atrium of the heart), liver, skin, pericardium, lung, kidneys, oral cavity, muscle, bone, oral cavity, genitourinary tract (organ system of the reproductive organs and urinary system), peritoneum and retro peritoneum (space in the abdominal cavity behind the peritoneum) are the common sites from hemangiosarcomas originate. Cutaneous hemangiosarcoma occurs in poorly pigmented, light-haired dogs on the ventral abdomen and preputial (exocrine glands located in front of the genitals of mammals) region of dogs. Wide surgical excision is the treatment of choice for dogs with hemangiosarcoma.
At the initial stage dogs with cutaneous or dermal hemangiosarcoma that underwent complete surgical extirpation showed a survival rate of 78% and a median survival time of 780 days. Metastasis was reported in distant dermal sites but in dogs with a median survival time of 780 days. But dogs suffering from stage II cutaneous hemangiosarcoma, have a metastatic rate of 60% and a median survival time of 172 to 307 days."
Five years ago, this same last Sunday of August, my big grey cat Bob went to the same ER vet for first of his last visits there and he died in October of that year.
I really hate the last Sunday of August.
by Tom Biton
Exocytosis is essential in every cell. In exocrine-like tissues, giant
vesicles are “cell-sized” reaching up to 10µm in diameter. In these
systems, an actomyosin coat forcefully squeezes the vesicle’s
content out. The larval salivary gland of Drosophila models this type
of secretion. The video represents a single secretion event where the
cargo of the vesicles, the “glue” proteins are tagged with GFP and
Actin is marked by an expressed actin probe tagged with a Ruby
fluorophore that enables following the formation of the coat. This
super-resolution time-lapse was imaged on a spinning disk confocal
microscope by adapting the SRRF algorithm to super-resolution, live
3D imaging.
Charadriiform birds drink salt water as well as fresh water, as they possess exocrine glands located in supraorbital grooves of the skull by which sodium chloride can be excreted through the nostrils to assist the kidneys in maintaining electrolyte balance.
Gulls are highly adaptable feeders that opportunistically take a wide range of prey. The food taken by gulls includes fish and marine and freshwater invertebrates, both alive and already dead, terrestrial arthropods and invertebrates such as insects and earthworms, rodents, eggs, carrion, offal, reptiles, amphibians, plant items such as seeds and fruit, human refuse, and even other birds. No gull species is a single-prey specialist, and no gull species forages using only a single method. The type of food depends on circumstances, and terrestrial prey such as seeds, fruit and earthworms are more common during the breeding season while marine prey is more common in the non-breeding season when birds spend more time on large bodies of water.
Ivory Gull feeding on carrion
In addition to taking a wide range prey items gulls display great versatility in how they obtain prey. Prey can be obtained in the air, on water or on land. In the air a number of hooded species are able to hawk insects on the wing; larger species perform this feat more rarely. Gulls on the wing will also snatch items both off water and off the ground, and over water they will also plunge-dive to catch prey. Again smaller species are more manoeuvrable and better able to hover-dip fish from the air. Dipping is also common when birds are sitting on the water, and gulls may swim in tight circles or foot paddle to bring marine invertebrates up to the surface. Food is also obtained by searching the ground, often on the shore among sand, mud or rocks. Larger gulls tend to do more feeding in this way. In shallow water gulls may also engage in foot paddling. A unique method of obtaining prey to gulls involves dropping heavy shells of clams and mussels onto hard surfaces.Gulls may fly some distance in order to find a suitable surface on which to drop shells, and there is apparently a learnt component to the task as older birds are more successful than younger ones. While overall feeding success is a function of age, the diversity in both prey and feeding methods is not. It has been suggested that the time taken to learn foraging skills explains the delayed maturation in gulls. a limited ability to dive below the water in order to feed on deeper prey. In order to obtain prey from deeper down many species of gull feed in association with other animals, where marine hunters drive prey to the surface when hunting. Examples of such associations include four species of gull feeding around plumes of mud brought to the surface by feeding Grey Whales, and also between Orcas(largest dolphin specie)and Kelp Gulls (and other seabirds.
Black-legged Kittiwakes nest colonially but have tiny, closely packed territories
Gulls are monogamous and colonial breeders that display mate fidelity that usually lasts for the life of the pair. Divorce of mated pairs does occur, but it apparently has a social cost that persists for a number of years after the break up. Gulls also display high levels of site fidelity, returning to the same colony after breeding there once and even usually breeding in the same location within that colony. Colonies can vary from just a few pairs to over a hundred thousand pairs, and may be exclusive to that gull species or shared with other seabird species. A few species nest singly, and single pairs of Band-tailed Gulls may breed in colonies of other birds. Within colonies gull pairs are territorial, defending an area of varying size around the nesting site from others of their species. This area can be as large as a 5 m radius around the nest in the Herring Gull to just a tiny area of cliff ledge in the kittiwakes.
Most gulls breed once a year and have predictable breeding seasons lasting for three to five months. Gulls begin to assemble around the colony for a few weeks prior to occupying the colony. Existing pairs re-establish their pair-bonds, and unpaired birds begin courting. Birds then move back into their territories and new males establish new territories and attempt to court females. Gulls defend their territories from rivals of both sexes through calls and aerial attacks.
The nest of a Greater Black-backed Gull, with three typical eggs
Nest building is also part of the pair-bonding. Gull nests are usually mats of herbaceous matter with a central nest cup. Nests are usually built on the ground, but a few species build nests on cliffs, including the kittiwakes which almost always nest in such habitats, and in some cases in trees, like Bonaparte's Gulls. Species that nest in marshes must construct a nesting platform in order to keep the nest dry, particularly in species that nest in tidal marshes. Both sexes gather nesting material and build the nest, but the division of labour isn't always exactly equal.
Clutch size is typically three eggs, although it is two in some of the smaller species and only one egg for the Swallow-tailed Gull. Within colonies birds will synchronise their laying, with synchronisation being higher in larger colonies, although after a certain level this levels off. The eggs of gulls are usually dark tan to brown or dark olive with dark splotches and scrawl markings, and are well camouflaged. Both sexes incubate the eggs, with incubation bouts lasting between one and four hours during the day and one parent incubating through the night.
Incubation lasts between 22 and 26 days, and begins after laying the first egg, although it is discontinuous until the second egg is laid. This means the first two chicks are born close together, and the third chick some time later. Young chicks are brooded by their parents for about one or two weeks, and are often at least one parent will remain with them until they fledge in order to guard them. Both parents feed the chicks, although early on in the rearing period the male does most of the feeding and the female most of the brooding and guarding.
LIVERPOOL RIVER MERSEY
This photo was taken at the fort fisher recreation area. One of the aspects I’d like to highlight in the image is the rock wall. The rock wall plays a crucial role in the protection of the island. It protects the shoreline from erosion and tidal changes. Without it, the islands shape would change and alter drastically from natural erosion processes. Another aspect I would like to point out are the birds. I believe the flock of birds pictured are seagulls. Seagulls are a type of seabird and a member in the larder family. Seagulls can be found on any continent and are most commonly found in coastal areas. They consume both saltwater and freshwater which contributes to their wide distribution. They possess an exocrine gland which allows them to excrete saltwater out of their system. Their diet consists of a wide variety of both marine and freshwater invertebrates that can be either dead or alive. Insects, worms, small rodents and amphibians are a few examples of other things they are known to feed on.
Tyranid 'tanks' on the march. Or slither.
A game of 'Hordes of the Things' using Games Workshop's Epic 40K armies.
Go to Page 13 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
A Leman Russ tank is attacked by a couple of Exocrines.
A game of 'Hordes of the Things' using Games Workshop's Epic 40K armies.
This little blighter was scampering around devouring the shrubbery and likes. Fortunately, with techniques taught to me by the fabulous and ever shhexy Corin, I was able to save my prize Buxus - or box for you commoners.
Anyway once again thanks to Corin, I was able to whip together a delicious treat. This of course was aided by the most delicious spices I'd ever come across, of which I must just post another precise photograph of. This being that if you ever see it on the shelf, you'll just want to go stampy stampy yourself.
Bon appetite!
Brandy my newest rescue has just been confirmed with EPI ~ Exocrine Pancreatic Insufficiency, the inability of the pancreas to manufacture and secrete the necessary enzymes required by the body to digest food. If only the people would of done one blood test on her they would of known and she would not be weighing 42 pounds right now...but no matter, I have her and though we are behind the 8 ball on this I will do my damnedest to make her better!
A boil, also mentioned as a skin abscess or furuncle, may be a sort of infection on the skin. This infection usually starts within the exocrine gland . it's going to also result from the infection of a follicle . At the onset of the boil formation, the skin becomes reddened before giving thanks to a small bump.►►https://youtu.be/syH8Q5FLFOM
islet langerhens in the middle with =out ducts
exocrine with ducts produce digestive enzymes
proximal tubulars
A lot of you probably aren't aware, Brock has a disease called Exocrine Pancreatic Insufficiency (or EPI). It started when he was about 13 months old (a few weeks after I adopted him). It is an uncommon disease that is most common in German Shepherds but can happen in any breed, and extremely rarely in cats. (FYI: This is NOT related to pancreatitis at all.)
Basically the pancreas in these animals stops producing digestive enzymes necessary in allowing the body to gain nutrients from food. The treatment for the disease is to add digestive enzymes (powdered pig pancreas) to the dog's food. Without the enzymes the dog will essentially starve to death. There are a few other complications that also often occur & some dogs also need a few other things to complete their EPI treatment. Brock for example also needs flagyl daily to prevent small intestine bacterial overgrowth, and weekly B12 injections. Thankfully the flagyl & B12 are dirt cheap. The digestive enzymes on the other hand are NOT cheap, and he needs a very unusually large amount of the enzymes compared to most EPI dogs (about 4 times the average amount). We thankfully recently found a supplier in the EPI community who buys the enzymes in bulk & packages & sells them to people at cost. We have reduced the cost of his treatment by about two thirds (we used to pay $300 a MONTH, and now pay $500 about every 4-5 months).
We also have to mix the enzymes in with his food & let it incubate for 30-60 mins. Because he needs such a large amount, the enzymes burn his mouth causing ulcers, so we mix in canned food to hide the taste, and we spoon feed him in large bites so there is as little contact with his mouth & tongue as possible. I am sure if people saw us SPOON FEEDING our dog, they would think we were crazy!!! LOL
I just thought I would share, this is a pretty major part of our lives but we don't really think about it much since after 8 1/2 years it is all just routine now & doesn't really effect him in any other way (unless he doesn't get his meds, which never happens). Not many people know about the disease either since it is not very common, so I always get excited when I meet someone else who has an EPI dog. :)
If you want to know more, this website is PHENOMENAL, especially for people with newly diagnosed dogs seeking help & guidance: epi4dogs.com/ If you know a dog who is losing a lot of weight & has terrible diarrhea (often very liquidy or cow-pie consistency, stinky like bad cheese, & yellow in color), they may be a dog with EPI. The diagnostic test for EPI is a simple but specific blood test called a TLI (Trypsin-Like Immunoreactivity) that is run by Texas A&M vet school.
Go to Page 13 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Like all tissues and organs in the human body, the female breasts are multidimensional in function. Their most recognized function is as exocrine glands, producing breast milk for the newborn, a function common to all mammalian species. Given the multidimensional functions of the breasts, a...
netmaddy.com/the-ayurvedic-approach-to-breast-health/ netmaddy.com
For fat malabsorption (recently learnt the proper name)- exocrine pancreaticinsuffiency. At least that is what my endo and gastro dr's have written in my med history.
Go to Page 4 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Termagants, Hormagaunts, Lictors, Gargoyles, Genestealers, Tyranid Warriors, Haruspex, Malefactors, Exocrines, Carnifex, Trygon, Tyranid Hive Tyrant, Dominatrix, Hierophant Bio-Titan
Go to Page 10 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
The queen of the gladiators learns that some necks are really, really thick, and require larger blades. In this case, the lictor-imposed time limit ran out in a flurry of poisonous claws prior to her improvising a means of claiming the Exocrine as a trophy.
This was a shot we loved for showing off both sides of the battle, and for the vaguely-glimpsed winged Tyrant lurking behind wreckage in the background.
Some villainies ought be beyond the foulness of even the Dark Eldar.
This does show the scale involved in the hesperax/exocrine showdown pictured in the previous couple shots, though.
The weight classes are something like bantamweight vs. mid-sized sedan.
Go to Page 5 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Go to Page 8 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Go to Page 9 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Go to Page 11 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Go to Page 9 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
Go to Page 12 in the Internet Archive
Title: The embryological significance of certain lesions of the prepuce and neighbourhood
Creator: Edington, George Henry, 1870-1943
Creator: Royal College of Surgeons of England
Publisher: Glasgow : The Journal
Sponsor: Jisc and Wellcome Library
Contributor: Royal College of Surgeons of England
Date: 1910
Language: eng
Description: Reprinted from: Glasgow medical journal (Aug. 1910)
Includes bibliographical references: p. 18
This material has been provided by The Royal College of Surgeons of England. The original may be consulted at The Royal College of Surgeons of England
The Royal College of Surgeons of England
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive