Germ Collection (page 4)

Egg and Germ at Twelve Hours after Incubation

Vine shoots in spring

Sycamore Maple (Acer pseudoplatanus) seedling with the first leaves

Girolamo Frascatoro (Hieronymus Fracastorius) c1478-1553. Italian physician, poet and astronomer. Germ theory of disease. Best remembered for work in rhyme describing Syphilis Syphilis sive morbus

Illustration showing inflammatory process of tissue
Medicine - Human anatomy: the inflammatory process of a tissue. Drawing

HERNANDEZ AMORES, Germᮠ(1823-1894). Portrait
HERNANDEZ AMORES, Germᮠ (1823-1894). Portrait of Isabella II, Queen of Spain. 1847. Oil on canvas. SPAIN. Madrid. Navy Museum

ALVAREZ ALGECIRAS, Germ n (1848-1912). Sanlucar Beach. Oil on canvas

HERNANDEZ AMORES, Germ n (1823-1894). Saint Antonio Maria Claret. Portrait of Saint Anthony

Germ proof. Illustration shows a rotund man labeled Trust Official inoculating himself labeled Personal Immunity with Fine Vaccine which is Specially Prepared by Senate & House

Viral pathogens, conceptual artwork
Viral pathogens, conceptual computer artwork

Man sneezing. High speed photograph of a man sneezing, showing a plume of salivary droplets ejected from his mouth

Hospital germs, conceptual artwork. Computer artwork of rows of hospital beds with smears and marks on them, representing the need to keep hospitals clean

Spherical bacteria. Computer artwork of chains of spherical bacteria (cocci). Typical cocci are Staphylococcus and Streptococcus bacteria, though there are many others as well

Anti-bacterial dressing. Computer artwork of rod- shaped bacteria (bacilli) on an anti-bacterial dressing. A typical design of such dressings is seen here

Germ, conceptual computer artwork

Santa Captured
Another Germ-Hun Authority: Father Christmas captured by the Cohorts of Kultur showing German soldiers arresting Santa Claus

A German saw-edge bayonet in actual use in the war: The Germ
WWI, World War One, First World War, 1st World War. World War 1, The Great War

MICHEL & DOCTOR / GERM 31
Germanys banks recoil with fear as they are forced to undergo even more drastic econmies

Louis Pasteur in his laboratory
Born in 1822, he studied chemistry under Delafosse. He discovered the nature of the fermentation and went on to research his germ theory of disease

Louis Pasteur experimenting on a chloroformed rabbit
Born in 1822, he studied chemistry under Delafosse. He discovered the nature of the fermentation and went on to research his germ theory of disease

M. Pasteur in his laboratory in Paris
Louis Pasteur was born in 1822. He studied chemistry under Delafosse. Discovering the nature of fermentation, he went on to research his germ theory of disease

Taking precautions against infection
An image of a 1909 operating theatre where precautions have been taken to create a germ free environment

Portrait of Louis Pasteur
Louis Pasteur (1822-95) studied chemistry under Delafosse. He discovered the nature of the fermentation and went on to research his germ theory of disease

Amalia Maria Josefa / Germ
AMALIA MARIA JOSEFA Electress of Bavaria, in her hunting costume

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"Germ: The Silent Invader Unveiled" Tuberculosis Don't kiss me. Your kiss of affection - the gateway to a hidden enemy. Infections spread by sneezing, an invisible threat lurking in every breath we take. Behold artwork C013/5949, revealing the haunting reality of these microscopic intruders. Step back in time to 1906 and witness colonies of Haemophilus influenzae, Mycobacterium leprae, Micrococcus Gonorrhoea, Streptococcus pneumoniae with and without bubble capsules, Streptococcus Pneumoniae – all captured through lithography. These illustrations serve as a chilling reminder that even then, scientists were grappling with the mysteries of these minuscule foes. Marvel at the spirillum of Spirochaetes Borrelia Recurrentis under scrutiny within a blood sample. This spirochete is responsible for Lyme disease; its presence undetectable until symptoms arise. Vibrio cholerae's colony stands tall among them all – causing havoc since 1906 when this lithograph was created. Clostridium tetani reveals itself alongside its spores - an unwelcome guest capable of inducing tetanus if given the chance. And there it is again: Mycobacterium tuberculosis; another colony from 1906 reminding us how long this battle has raged on. Finally, witness Staphylococcus pyogenes after cell division – multiplying rapidly like an army preparing for war against our immune system. These lithographs transport us into a world unseen by our naked eyes but felt profoundly throughout history. They remind us that they are not just abstract concepts but living organisms capable of wreaking havoc upon humanity if left unchecked. Let us learn from their visual tales and arm ourselves with knowledge and preventative measures against these silent invaders who continue to shape our lives even today.