Kidney Collection (#3)

Advert for Harness Electropathic Corset Belts 1889
They cure nervous weakness, sleeplessness, neuralgia, debility, rheumatic affections, liver and kidney disorders, internal weakness and hysteria. 1889

Advert for Harness Electropathic corset belts 1891
Advert for Harness Electropathic corset belts no taking poisonous drugs or quack nostrums. Claims to cure all rheumatic and nervous affections. 1891

Seeds and their parts: garden bean 1-5, fig 6, and kidney bean 7-9.. Handcoloured copperplate engraving of a botanical illustration by Sydenham Edwards for William Curtiss Lectures on Botany

Autumnal and spring water starworts, kidney-leaved sowerweed.. Handcolored botanical copperplate engraving from Joshua Hamiltons Culpepers English Family Physician; or Medical Herbal Enlarged

Milestone (2nd century BC). It comes from Santa Eulalia de Ron确 a (Barcelona). Roman art. Sculpture. SPAIN. CATALONIA. BARCELONA. Barcelona. Archaeology Museum of Catalonia

Head. Iron Age
Head from Khirbet el Hajjar (10th c. BC). Iron Age. Sculpture on rock. JORDAN. Amman. Archaeological Museum

Head of man. Iron Age
Head of man. 9th-5th c. BC. Sculpture with Egyptian influence. Iron Age. Sculpture on rock. JORDAN. Amman. Archaeological Museum

Picture No. 11806843
hematite, botryoidal form, kidney ore, Cumberland, England hematite. Date:

Blood-vessels of the human engraving 1895
Meyers Konversations-Lexikon. Ein Nachschlagewerk des allgemeinen Wissens, 5th edition 17 volumes Bibliographisches Institut - Leipzig 1895-1897

Illustration of fish with cross section showing intestine, swim bladder, heart, liver, and kidney

Digital cross section illustration of sympathetic and parasympathetic nerves

Cross section illustration of internal anatomy of female lizard

Digital illustration of young woman showing intestine, kidneys, heart, veins and muscle

Digital illustration of human neuroendocrine system in female body

Illustration of female urinary system

Cross section biomedical illustration of kidney transplant

Cross section biomedical illustration of Peritoneal Dialysis using the peritoneum as a filter with catheter inserted through abdomen

Cross section biomedical illustration of man endocrine system

Cross section biomedical illustration of thyroid and parathyroid hormones in adult female

Anatomy of human kidney

Male body standing, with full digestive system superimposed
Human male body standing, with full digestive system superimposed

Artist depcition of glomerulus capillaries

Ureteropelvic junction (UPJ) obstruction in the kidney. UPJ is defined as an obstruction of the flow of urine from the renal pelvis to the proximal ureter

Human skeleton showing digestive system and nervous system

Cross section of human kidney on black background

Anatomy of a childs full digestive system, including mouth and nasal cross section. Other iinternal organs appear in half tone

Conceptual image of kidneys showing renal pelvis and ureter

Transparent view of human body showing skeleton, kidney and nervous system
Transparent rear view of human body showing skeleton, kidney and nervous system

Male body standing, with full respiratory system superimposed
Human male body standing, with full respiratory system superimposed

The sympathetic nervous system and the organs of fight-or-flight response

Transparent view of human body showing kidney and intestines

Comparison of different sized kidney stones in the human kidney. The middle image shows the use of extracorporeal shock wave lithotripsy to break up the stones

Hydronephrosis condition of the kidney
Hydronephrosis is a condition that typically occurs when one kidney becomes swollen due to the failure of normal drainage of urine from the kidney to the bladder

Three dimensional view of female urinary system, profile view

Human kidney with artery

Cutaway view of the human kidney and adrenal gland

Anatomy of female urinary system

Interior detail of human kidney

Human skeleton showing kidney, stomach and intestines
Human skeleton showing kidney, stomach, intestines and nervous system

Medical chart showing the signs and symptoms of kidney stones

Renal Corpuscle and the filtration membrane. Glomerular capillary surrounded by podocytes

Conceptual image of kidneys with ureter

Human skeleton showing kidneys and nervous system

Human urinary system

Urine production in human kidney

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"Unveiling the Intricacies of the Kidney: A Journey through Art, Science, and History" Embarking on a full body scan or an MRI scan reveals the hidden wonders within our bodies. As we delve deeper into these scans, we discover the intricate network of our cardiovascular system and witness its harmonious dance with other organs. Throughout history, artists have captured the essence of life in their artwork. From ancient masterpieces to modern illustrations, they have depicted various aspects of human anatomy. One such illustration showcases internal organs like the heart, lung, intestines, pancreas, kidney, and even testis in a snake—a testament to nature's complexity. Zooming closer into microscopic details brings us face-to-face with kidney tubules in section—an awe-inspiring sight that highlights their vital role in maintaining our well-being. Just as Tsar Alexander III cherished his family's health and happiness during his reign; so too do our kidneys work tirelessly to ensure our bodies function optimally. In a color MRI scan of the abdomen showcasing kidneys and liver side by side—two unsung heroes—we are reminded of their significance for overall health. Spare kidneys stand as silent guardians ready to step up if needed—nature's incredible backup plan ensuring resilience against adversity. Stepping back into ancient times again takes us to Egyptian art where statues like Djoser reveal reverence for bodily functions including those performed by kidneys—a symbol of vitality and strength. Meanwhile, red kidney beans remind us that nature provides nourishment not only for sustenance but also for organ support. Delving further into scientific exploration leads us to marvel at intricate structures like kidney glomerulus when viewed under scanning electron microscopy (SEM). These mesmerizing images showcase nature's attention to detail while reminding us how every tiny element contributes towards optimal functioning. Lastly, X-ray images capturing abdominal arteries give insight into blood flow dynamics—the lifeline connecting all parts of our body including vital organs like the kidneys.