The glass phial contained liquid ethyl chloride. By directing the nozzle downwards at the skin a stream of liquid squirts out, vaporising on contact.. Ether's unpleasant smell agitated patients. Ethyl chloride's pleasant odour reduced agitation. It was used for controlling pain associated with injections and in minor surgical procedures. This item was used at Orbost Hospital. This item reflects the changes and development in medicine over the last century.A blue cardboard box containing a glass phial with metal lid that forms a spray nozzle. The phial has a discoloured white label with red writing.ethyl-chloride chemical woolwich-eliott anaesthesia medical health orbost-hospital

The Maker’s Mark stamped on the back of this plate, a green laurel wreath with “W. H. Gringley & Co. Ltd, England” below, was used by the company between 1914-1925, according to Kroker and Goundry, authors of a paper “ARCHAEOLOGICAL MONITORING AND MITIGATION OF THE ASSINIBOINE RIVERFRONT QUAY”. The company used different Marks at other times during their operation. The design on this plate is transferware. The company used this more economical process of adding a transfer rather than employing artists to handprint them onto their dinnerware. William Henry Grindley and Alfred Meakin established the company at Tunstall, Stoke-on-Trent, in 1880. The company produced their wares for export to countries that included Australia.This ceramic plate is an example of dinnerware imported from England. The plate was made between 1914 and 1925 . The popular 'bird of paradise' design on the plate is an example of transferware, which made decorative dinnerware more affordable. China plate, earthenware, round, off-white colour with fine blue rim and three transfer decals spaced around the rim. Decals each have a bird of paradise on a flowering branch. The centre of the plate is plain. The maker’s stamp is an open green laurel wreath enclosing a decorative horizontal line, above the name. Made by W H Grindley & Co. Ltd of England.On underside; logo "[green wreath] above W. H. GRINDLEY & Co. Ltd. ENGLAND"flagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, plate, dinnerware, w. h. grindley, english, plateware, bird of paradise, transferware

Dr Joseph Clover was an early pioneer of anaesthesia, particularly chloroform. Like most physicians, he recorded his work in a casebook. This casebook records Clover's first administration of ether as anaesthesia. The book was given to Professor Robert Mackintosh by Mary Clover, Joseph Clover's daughter. along with other casebooks. Mackintosh then proceeded to re-gift the casebooks and they are now dispersed. Clover wrote this casebook when he was a medical student, before he trained as a surgeon and around the time that anaesthesia was discovered. He eventually became the most important authority on anaesthesia in Britain and is featured on the crest of the Royal College of Anaesthetists. This artefact associated with one of the world's foremost pioneers of anaesthesia is historically and scientifically significant on an international level, and is significant for its rarity, condition and research potential. It is one of the most significant items in the Collection.Bound book with heavy marbled card cover with red leather binding strip along the spine. Insides leaves have handwritten text by Joseph Clover recording his work.joseph clover, robert mackintosh, mary clover, anaesthesia

Chloroethane, commonly known by its old name ethyl chloride, is a chemical compound with chemical formula CH3CH2Cl, once widely used in producing tetraethyllead, a gasoline additive. It is a colorless, flammable gas or refrigerated liquid with a faintly sweet odor. Originally, it was proposed as a general anaesthetic, filling the gap between the weaker narcotic nitrous oxide and the more powerful drugs ether and chloroform. 8670.1 - Dark blue cardboard lid. 8670.2 - Dark Blue cardboard box. 8670.3 - Cotton ball padding. 8670.4 - Semi circle cardboard. 8670.5 - Small rectangular boxes (2) placed either side of the top of the cylinder. 8670.6 - Glass cylinder with metal fitting. 8670.7 - Paper label on cylinder.- 100 c.c./- MEDCO./- 3 1/2 fl. oz./- ETHYL CHLORIDE./- Pure./- This conforms to all the requirements of the BRITISH PHARMACOPOEIA. 1932./- LOCAL ANAESTHESIA/- MEDICINAL CHEMICALS CORPOATION LIMITED. SYDNEY.

Robin William Smallwood completed medicine at the University of Melbourne in 1958 and decided on anaesthesia as a career, attaining his FFARACS in 1964. Smallwood was Dean of the Faculty of Anaesthetists at the Royal Australasian College of Surgeons from 1986 - 1987. Smallwood died 6 October 1987 after a brief illness and was awarded the Orton Medal posthumously. The Orton Medal is the highest single achievement the College can bestow. Anaesthesia had its origins in October 1846 in America, by May 1847 news of ether anaesthesia had reached Australian shores and by June 1847 Australian medical practitioners had begun experimenting with and demonstrating ether anaesthesia. Anaesthesia was not really recognised as a distinct branch of medicine in Australia until the first Diploma of Anaesthesia course began in Sydney in 1944. The specialty grew quickly and by 1952 the Faculty of Anaesthesia at the Royal Australasian College of Surgeons had been established. Within 40 years the Faculty had grown to such an extent it became a College in its own right and continues to offer training and professional support to anaesthetists.Printed certificate from the Faculty of Anaesthetists of the Royal Australasian College of Surgeons (RACS) awarded to Robin William Smallwood as a Fellowship. Printed in black ink at the top of the certificate is the RACS coat of arms. The certificate is dated 25 Feburary 1965 and has been signed by President of the College, Member Executive Committee, Dean of the Faculty and the Secretary.smallwood, robin william, orton, robert, faculty of anaesthetists, royal australasian college of surgeons, ffaracs, racs, fanzca

This cigarette case was made from the plexiglass windscreen of a Japanese Mitsubishi Zero aircraft. Whilst its maker is unknown, its inscription, “Tarakan May 1st 1945” suggests that it was created during the Battle of Tarakan. Tarakan was a small, oil-rich island off the coast of Borneo which in 1945 was held by the Japanese. The battle, code named Operation Oboe One, began when Australian forces landed on May 1st 1945, and continued until June 21st. 240 Australians died during the conflict. The term ‘Trench art’ describes objects made from the debris and by-products of warfare. Reasons for making trench art varied, from creating mementos of battles to passing time or mitigating the effects of warfare. This object has historic significance at a national level due to its association with World War Two. As an example of trench art, it makes an important contribution to our understanding of Australian soldiers’ experience of the war. This object is an example of skilled craftsmanship and has artistic and aesthetic significance due to its detailed engraving of a beach scene. Unlike the majority of trench art, which was made from used ordnance, it is made from the windscreen of a Mitsubishi Zero aircraft and therefore is comparatively rare.Cigarette Case made from the windscreen of a Japanese Zero aircraft"Tarakan May 1st 1945" "A-F-B" Engraved beachcigarette, tarakan, windscreen, japan, australia, united states, netherlands, beach

Since their Australian introduction in the early 20th century, public telephones have undergone several design iterations; diversifying methods of payment from coin to card, incorporating solar charging, mobile charging and Wi-fi access and of course, mitigation against vandalism. This model, a coin-operated Gold Phone, replaced the easily pilfered Red Phone and was succeeded by the Blue Phone in the 1990s. Although the prevalence of public telephones has decreased alongside the increase in mobile phone usage, public telephones remain under Telstra’s universal service obligation as vital communications infrastructure for low-income citizens and those needing to communicate in disasters. According to the Conversation, 13 million calls are made annually from public payphones, 200,000 of which are to triple zero.Orange plastic cased public payphone with button dials on face.public telephone, payphone, public services, telecom

Dr. Curt Schimmelbusch (1860-1895), a German physician, designed his original mask around 1889 while an assistant surgeon. Surgical assistants were often assigned the task of delivering the anesthetic. During anesthesia it was not uncommon for ether and chloroform to get onto the patient’s skin, causing irritation. Chloroform can even cause burn-like reactions. Schimmelbusch designed the rim of his mask so that both sides curve away from the patient’s face to form a kind of trough. He intended the trough-like rim to collect excess anesthetic that would otherwise have trickled onto the patient’s face. To anesthetize a patient, gauze was stretched over the metal bars and fastened in place by the hinge. The mask was placed over the patient’s nose and mouth, and the anesthetic was applied in drops or lightly poured onto the gauze so that the patient breathed in evaporated anesthetic as well as air. This type of mask is sometimes still used today for ether anesthesia in developing countries when other means are not available. (Wood Library Museum of Anesthesiology) This particular object is a modified version of Schimmelbusch's design, known as Chadborn's modification.Oval shaped chromium plated mask with two metal strips linked front to back and side to side to create a dome. An oval shaped mobile wire frame is attached to the lower part of the mask by a hinge at the back, approximately two inches from the lip of the metal handle. A "U" shaped bit of metal is attached to the front of the mask which acts as a clip to fasten the wire frame to the lower section of the mask.anaesthesia

The glass phial contained liquid ethyl chloride, little pressure being required to liquefy the gas at room temperature. By directing the nozzle downwards at the skin or mucous membrane to be analgesed, a stream of liquid squirts out, vaporising on contact, thus producing transient local temperatures of approximately -10 qc. Ether's unpleasant smell agitated patients. Ethyl chloride's pleasant odour reduced agitation. It could be used for induction and worked quickly without irritating respiratory passages. Ethyl chloride spray could also be used as a local anaesthetic. Faded rectangular burgundy box containing a glass phial with metal and rubber lid that forms a spray nozzle. The lid of the box had a mustard coloured manufacturer's label wtih burgundy writing. The phial has a discoloured white label with red writing and a blue label with white writing.Printed in white ink on blue label: IMPORTANT / NOT DESTROY THIS TUBE, IT CAN / BE REFILLED FOR / 2/10bengue & co. ltd., london, ethyl chloride, 1900, local anaesthesia

Between 1867 and 1920, anaesthesia for dental operations was often maintained by blowing the vapour of ether or chloroform into the patients' oral or nasal pharynx. Junker's inhalers are a "blow over" device used with a hand-held bellows to bubble air through liquid chloroform and to the patient. It was initially intended for use with bichloride of methylene, a mixture of chloroform and methyl alcohol. Ferdinand Ethelbert Junker introduced his inhaler in 1867 as appointed physician to Samaritan Free Hospital for Women (although it didn't have that name until c.1904). Glass jar with liquid measure markers etched onto. The jar has a metal lid, with a metal tube descending into the jar. Two metal tubes are protuding out of the top of the lid, and each has a small section of rubber tubing attached. There is also a metal hook, used to attached the jar to the physicians (anaesthetist's) lapel.Stamped into frame of metal lid: LONDON MADEjunker, blow over, chloroform, samaritan free hospital for women

Black and white photograph of anaesthetic apparatus inside a portable case which is standing upright and open. Inside the right half of the case is a flowmeter connected to several rubber tubes and a small Vinyl Ether vaporiser with a lever switched to ON. The left half of the case has four shelves with equipment on each shelf. The top shelf has an oropharyngeal airway tube. The second shelf has a metal facemask inhaler and a glass vaporiser. The third and fourth shelves hold metal cylindrical inhalers. In front of the case is a metal inhaler with face mask, attached to a rebreathing bag.Handwritten in grey pencil on reverse: Fig 17 new bookanaesthetic equipment, portable case, flowmeter, inhaler, vinyl ether

Black and white photograph of anaesthetic apparatus inside a portable case which is standing upright and open. Inside the right half of the case is a flowmeter connected to several rubber tubes and a small Vinyl Ether vaporiser with a lever switched to OFF. The left half of the case has four shelves with equipment on each shelf. The top shelf has an oropharyngeal airway tube. The second shelf has two metal facemask inhalers. The third and fourth shelves hold metal cylindrical inhalers. The photograph shows the letters A - J with arrows, pointing to the different parts of the equipment.anaesthetic equipment, portable case, flowmeter, inhaler

The Schimmelbusch mask is an open breathing system for delivering an anesthetic. The device was invented by Curt Schimmelbusch in 1889, and was used until the 1950s (though it is still applied in some developing countries). The device consists of a wire frame which is covered with several beds of gauze and applied to the patient's face over the mouth and nose. Then high-volatility anesthetic (usually diethyl ether or halothane, and historically chloroform) is dripped on it, allowing the patient to inhale a mix of the evaporated anesthetic and air. The device is designed to prevent the anesthetic from coming in contact with the patient's skin, where it can cause irritation.This model differs from the others in that the mask's handle is attached to the mask, as opposed to the spring. The chloroform cloth was possibly held in place by the clamp, instead of a spring. Schimmelbusch anasthetic mask, made of Stainless steel. This mask was used with chloroform cloth. Missing spring. Martin and Co.surgery, anesthetic, chloroform, surgical instrument

Drainage infrastructure was developed and maintained in this region by the Snowy River Improvement Trust. The Trust was administered by a local committee and its activities funded by a local rate charged on the farmers and land owners in the Trust’s designated district. The level of the rate charged by the Trust was designed to be proportionate to the benefit derived from the works undertaken. Financial assistance was provided by the State Government from time to time for specific projects such as post flood repairs but not for new capital works. The Trust undertook new drainage and river management works including tree planting, rock beach construction and servicing of the drains and flood gates. The Trust also provided a personal flood warning service to the farmers in its district. The Trust ceased to operate in 1997 with the advent of the East Gippsland Catchment Management Authority. The infrastructure developed by the Trust continues to provide a service to the farmers in the region. (ref. 4 East Gippsland CMA Submission to Inquiry into Flood Mitigation Infrastructure in Victoria) This plan is significant as a historical document. The Snowy River Improvement Trust was vital to the Orbost district because of its ability to apply local knowledge and to engage the local farming community.A large plan of divisions of land for the purpose of levying the Snowy River Improvement District - Bete Bolong, Orbost, Waygara, Newmerella and Orbost East. The properties are coloured according to levy amount. The scale is 1" - 20 chains. snowy-river-improvement-trust

Curt Theodor Schimmelbusch (November 16, 1860 – August 2, 1895) was a German physician and pathologist who invented the Schimmelbusch mask, for the safe delivery of anaesthetics to surgical patients. In 1890, Schimmelbusch invented a mask for the delivery of anaesthetics to surgical patients. It was primarily designed for ether anaesthesia, but he also proposed its use for chloroform anaesthesia. Schimmelbusch designed a metal mask, over which a gauze could be stretched and secured. The mask was placed over the patient's mouth and nose, and anaesthetic was applied to the gauze, allowing the patient to inhale the anaesthetic as they breathed normally. Around the edge of the mask, a trough collected the residual anaesthetic, rather than allowing it to drip onto the patient's face.Oval shaped metal mask with a collapsible cross-shaped dome, hinged clamp and flat handleStamped into underside of handle: ELLIOTT SYDNEYschimmelbusch, mask, open method, chloroform, ether, german, physician, pathologist

This is an early example of the Boyle's Anaesthetic Machine which was to become widely used throughout the world. The plaque on the wooden plinth suggests it was a display model from the medical equipment distributor Charles A King of London.The gas anaesthesia apparatus is mounted to a rectangular wooden base. It comprises two long, vertical glass cylinders held in place with metal brackets which are connected to a glass chloroform vaporiser container via metal tubes and associated valves and connections. The bottom of the glass flasks have outlet connections and inscriptions on the glass to measure volume. The chloroform vaporiser and adjacent glass ether vaporiser also have volume measurements etched on the glass, and the latter is the same height as the former but is larger in diameter. Both are connected via metal tubes and include outlet pipes that have associated cork stoppers. The maker's details are provided on a brass plaque attached to thewooden platform.A. Charles King Ltd. London, W1.henry edmund gaskin boyle, vaporiser, rotameter, chloroform, ether, anaesthetic apparatus, charles king ltd, plenum, sectioned, dr geoffrey kaye

Brothers Davis and Lowell Chamberlain, along with their sister Izanna, established what became known as the Chamberlain Medicine Company in 1873. The Des Moines, Iowa-based company eventually stretched to Australia, Canada and South Africa. Chamberlains Colic and Diarrhea Remedy used alcohol, ether, and chloroform to soothe upset stomachs. The company also sold a cough remedy, liniment, pain relief balm and lotion. Chamberlain’s Colic, Cholera and Diarrhea Remedy was one of many thousands of patent medicines that made incredible, and often false, claims about their effectiveness, and became tremendously profitable. Eventually government regulations were put in place to prevent medicine manufacturers from making unfounded claims about their products.This item is an example of a typical "over the counter" patented medicine commonly used by families. It reflect the changes in public health, medical practice and research over the last century.Small green tinted medicine bottle. Writing on front. Cork is attached with wire handle.Front-Chamberlain's Colic & diarrhea Remedy Side- Sydney NSW Side Chamberlain's Ltd Bottom-1185bottle chamberlain's medicine remedies

This a cast of the first baby to be delivered under anaesthesia, by the use of ether, in Edinburgh on 19 January 1847. The famous physician James Young Simpson, Professor of midwifery at Edinburgh University, attended this birth and wrote about it in the Monthly Journal of Medical Science 1846-7 Vol.7, p649-640. The cast of the baby's head was given to Lance Townsend, Professor of Obstetrics and Gynaecology, University of Melbourne by Robert Kellar, then Professor of Midwifery and Diseases of Women at the University of Edinburgh, when Professor Townsend was visiting Edinburgh. There is at least one other plaster copy; one is located at Wood Library-Museum of Anesthesiology, 520 North Northwest Highway, Park Ridge, IL 60068-2573, USAReplica of a new born baby's head, painted plaster, life size. The model of the head shows a large indentation of two and a half inches in the skull on the left side. The baby was delivered through a severely deformed pelvis, suffered a large indentation to the skull and did not live.obstetric delivery, anaesthesia

Kelene is the proprietary name used for ethyl chloride in France which became synonymous with the agent in Europe. The manufacturer, Gilliard P. Monnet and Cartier of Lyon, also supplied Redard with his ampoules in 1890. Ethyl chloride was discovered by the French chemist Guillaume-Francois Rouelle in 1759; however it was not until 1901 that Frederic-Henri Basse manufactured sufficient for scientific study. Marie Jean-Pierre Flourens, Professor Comparative Anatomy at the University of Paris, first reported the effect of the inhalation of ethyl chloride after some experiments with and other agents in dogs. He described three experiments in which the dogs died, however death followed a period of insensibility as with ether although of much faster onset.Ten large glass phials containing 3g Kelene (Ethyl Chloride) stored in their original packaging. The box originally had twelve phials with now only ten remaining. Of the ten, 8 still contain the Kelene, 1 phial is empty but intact and 1 phial is broken. The cardboard box has a maroon paper cover, removable top with the product label and literature pasted across the base and top of the package. All product information is in French.ethyl chloride, kelene, local anaesthetic, gilliard p. monnet and cartier, france

This equipment was located in the outpatients department (Philip Block) until September 2021 when it was deemed obsolete by Infection Prevention. Hubert Ingham Clements (1886-1969) was an Australian engineer who established his own engineering business in NSW in 1908 manufacturing combustion engines. He became interested in anaesthesia equipment and from the 1920s Clements worked on improving ether apparatus and manufacturing portable suction machines for use in hospital operating theatres. The latter machines were to earn an unrivalled reputation for reliability; many remained in service over thirty years after their date of production. The business became H. I. Clements & Son when his son William joined the company. (https://adb.anu.edu.au/biography/clements-hubert-ingham-12846)Item is an example of equipment from its time period and is of historic significance.Portable Clements Suction & Pressure Pump built by H I Clements & Son Ltd Consists of motor with attached carry handle, attached pressure regulator, attached disposable drainage cannister with tubing and power cable mounted on a trolley with castors.H I Clements & Son Pty. Ltd. Metal Manufacturing label with: Serial Number 1725FS and SAA Certificate Number BCG/4S/60194 on motor (front side) Ward 11 engraved on motor handle AH Biomedical Engineering orange test due sticker and AH Biomedical blue test sticker (reverse side)suction, clements, portable suction, respiratory, pressure pump, surgical drainage

Ethyl chloride was first used as a general anaesthetic in 1847, by Johann Ferdinand Heyfelder (1798-1869), a German surgeon. Once ethyl chloride became readily available, it was again taken up as a general anaesthetic in the late 1890s (USA). Ethyl chloride evaporates very quickly so that when it is sprayed onto the skin it produces very cold temperatures. “Refrigeration anesthesia”, or cryoanesthesia, refers to the anesthesia produced when the skin is significantly cooled.Due to its rapid onset, ethyl chloride was often used to induce general anaesthesia. It would be followed by a second anaesthetic, such as ether or nitrous oxide, which would be used for the remainder of the procedure. (The Wood Library Museum, 2016) The bottle has clear side and base mould seams which indicate it was made using a cup bottom mould.Glass bottle with paper label, metal fastening at the top and cream coloured plastic sealant at the neck. The bottle has clear side and base mould seams which indicate it was made using a cup bottom mould.Printed on main label at front: 100 c.c. 3 1/2 fl. ozs. / MEDICINAL CHEMICALS CORP [illegible] / MEDCO / ETHYL CHLORIDE / PURE / This Product conforms to all the re-/quirements of the BRITISH PHARMA-/COPCEIA, 1932, for / GENERAL ANAESTHESIA / Manufactured by / MEDICINAL CHEMICALS CORPORATION PTY. LIMITED / 39 Martin Place, Sydney Printed on round label on reverse side: 6d. / Cred [illegible]this container if returned in good order and condition. Stamped into underside of bottle: CM / S99ethyl chloride, medco, medicinal chemicals corporation pty. ltd, dr [e.s] holloway, bottle

Sidney Yankauer, M.D. (1872-1932), an ear, nose and throat specialist and pioneer in bronchoscopy, practiced at the Mount Sinai Hospital in New York. Dr. Yankauer, a prolific inventor of medical equipment, might best be known for the tube he designed for suctioning the mouth and throat. Yankauer introduced the wire-mesh anaesthesia mask around 1904. The drop method involved placing the mask over the patient’s nose and mouth, and then placing gauze over the mesh of the mask. Next, liquid anaesthetic, such as ether or chloroform, was applied in drops or lightly poured onto the gauze so that the patient breathed in evaporated anesthetic as well as air. The gutter around the base of the mask was designed to catch any residue of the harmful anaesthetic. (The Wood Library Museum, 2016; Museum of Healthcare Kingston, 2016)A metal tear-shaped mask with gauze wire dome, gutter around the base and detachable spring piece with open circular handle to secure cloth over gauze. Found inside medical carry box #899Stamped underneath neck of circular handle: HATRICKdr [e.s.] holloway, hatrick, yankauer, drop method, mask, gauze

The Coxeter-Mushin carbon dioxide absorber consists of the main metal body, painted aquamarine, fixed to a stand. The cylindrical silver metal cannister on the left was used to contain ether, while that on the right contained soda lime. The apparatus has been sectioned to show the inside of the two cannisters, the right of which has an arrow drawn inside to indicate the flow of air breathed out by a patient. The front cover over the control dials has also been removed to show the mechanism. The two circular holes above the dials, facing forward, are where two corrugated tubes would attach; both of these tubes attached to the mask of the patient. The round yellow knob in the centre controls the Compensating Valve, which allowed the anaesthetist to raise or lower the rebreathing bag to allow air into the circuit or expel anaesthetic gas.anaesthesia, carbon dioxide, ether, soda lime

Dr. Gwen Wilson, Emeritus historian, gifted this book at ANZCA's first independent Annual Scientific Meeting held in Launceston in 1994. Dr Wilson presented this gift after her speech about the life of William Russ Pugh and his significant contribution to anaesthesia in Australia. It is unclear as to how the book came into Dr Wilson's possession. Published in London, 1845, for Longman, Brown, Green and Longmans, this book was formally owned by general practitioner Dr William Russ Pugh, being the first medical practitioner in Australia to administer ether anaesthetic on 7 June 1847, in Launceston. The author of the book, P E De Strzelecki acknowledges Pugh for his assistance during his stay in Launceston and for allowing him the use of his laboratory for the analysis of the soils and minerals that were subsequently reported in this book (Page 131). Tan coloured cloth book with an embossed circular motif on the centre of the front and back cover. The same embossed motif is repeated four times along the spine of the book. An embossed design of small, four petal flowers borders the edge of the front and back cover. The title of the book 'Strzelecki's New South Wales and Van Diemen's Land' is printed in gold on the spine. The cloth has come unstuck at various places around the spine and a small section is missing from the base of the spine. The cover is worn and has numerous dark stains possibly from mould. The book contains 19 engraved and lithographed plates. This includes a handcoloured octavo folding, geological map, bound as a frontispiece, depicting the NSW coast down to Gippsland and Tasmania, a fold out single colour geological cross section of the Newcastle Coal Basin, 14 plates illustrating shellfish and flora and three tinted lithographs. Single page maps at the back illustrate wind patterns around Australia. [front title page, two black ink stamps that have bled through to the next page] W R.PUGH [front title page, black ink, cursive writing] H Grant \ 5 May 1910 [front title page, pencil, cursive writing, written around Pugh's stamp] Purchased from \ (unrecognizable script) [front title page, previous owner's name was rubbed out and consequently tore the page making the entry unreadable] [Inner back cover, bottom LHS, blue stamp] BOUND BY \ WESTLEYS & \ CLARK \ LONDON [Inner front cover, bottom LHS, black and purple ink] P65 \ 76 \ 78 \ 98 \ 163 \ 164 \ 217strzelecki, van diemen's land, wilson, gwen, pugh, william, launceston, green and longmans

6 sided brown glass bottle with paper label and black screw capLabel Front: Trade Mark SANAX. FIRST AID DRESSING. Forms an Antiseptic skin over cuts, wounds etc. Label Side: DIRECTIONS. A few drops on the part affected and spread over the injury with the cork. For knuckle joint wounds place on the wound a thin film of absorbent cotton and then pour dressing over freely. Label Side: This bottle must be kept ell corked and away from flames. CAUTION contains 60% ether. The Sanax Co 349-51 Nepean Highway Moorabin , Vic

Mark Cowley Lidwill was awarded an Honorary Fellowship in 1954 after his retirement to honour his working life.Mark Cowley Lidwill was born in England in 1878. His family moved to Melbourne in 1894. Lidwill studied medicine at the University of Melbourne, graduating with honours in 1902 and achieving a Doctorate in Medicine (MD) in 1905. Soon after graduation he moved to Sydney and in 1913 was appointed as the first lecturer in anaesthetics at the Royal Prince Alfred Hospital. That year Lidwill became the first person in the world to catch a black marlin with rod and reel. The event was celebrated in newspapers throughout the country and the marlin skeleton is now on display at the Australia Museum. Lidwill was also the designer of a machine which could deliver anaesthesia mechanically. Compact and portable, the machine delivered precise, although variable, concentrations of ether. Lidwill is also credited with developing the world’s first pacemaker. In a letter he wrote to Harry Daly in 1955, Lidwill was ambivalent about the fate of the machine: “No one would be bothered with it and they thought I was mad”.Printed certificate from the Faculty of Anaesthetists of the Royal Australasian College of Surgeons (RACS) awarded to Mark Cowley Lidwill as an Honorary Fellowship. Printed in black ink at the top of the certificate is the RACS coat of arms. The certificate is dated 26 June 1954 and has been signed by Harold R Dew, President of the College, and other members of the executive.mark cowley lidwill, faculty of anaesthetists, honorary fellowship, royal australasian college of surgeons, cardiology, pacemaker, royal prince alfred hospital, doctorate in medicine

Dr James (Jim) Villiers went to Vietnam as an anaesthetist with the Australian Surgical Team (civilian) during 1963. He used this bag for carry-on luggage. Despite assurances about the quality of resources available on arrival, he carried an essential part of the breathing circuit for an EMO vaporiser in his carry-on. The actual vaporiser was packed in his check-in luggage. In 1963 the Vietnamese government sought training in Australia in anaesthetics for several medical technicians. Australia was not able to meet the request as anaesthesia training in Australia is restricted to qualified doctors. Instead, the Dean of the Faculty of Anaesthetists at RACS suggested sending a team of anaesthetists to Vietnam to conduct training for technicians there. However, they requested a preliminary survey be undertaken in order to determine the abilities of the prospective trainees and establish contacts with medical authorities in Vietnam. James (Jim) Villiers was one of the people who undertook the survey and made a report. Training of Vietnamese medical technicians was undertaken using the Epstein MacIntosh Oxford Anaesthetic Apparatus (EMO). This equipment was robust, portable and relatively cheap, there are few moving parts for servicing, it requires only ether and air for operation.Brick-red vinyl bag with white Qantas branding including the flying kangaroo printed on both sides. The bag has a zipper opening and contains an anaesthetic apparatus mounted on a piece of wooden particle board. There are two black hoses, a white hose, a black plastic connector, a metal t-bar connect, a green resuscitation bag and black face mask.james villiers, malignant hyperthermia, vietnam, qantas, australian surgical team, long xuyen, bien hoa, anaesthesia training

This attractively patinated artefact was raised from the wreck site of the CHILDREN (wrecked January 1839, recovered February 1974) and was quite reasonably catalogued as a portion of a ships porthole. This identification is unlikely however, because the CHILDREN was built at Liverpool in 1824, and round portholes were not in common use until the 1850s. The catalogue identification has since been changed to "Ship's Fitting" Prior to the appearance of round portholes in the middle of the nineteenth century, the function of introducing light to lower decks was performed by square half-glassed ‘ports’ in the side of the hull (known as a port-sash) , or ground-glass ‘bullseyes’ inserted in the deck (scuttles). In historical terms, ports were always square, cut into the timber originally to allow the firing of a ships guns, and were closed in weather by a tight fitting square hatch. Flagstaff Hill Shipwreck Museum has three portholes on display that illustrate the gradual development and adoption of circular brass portholes. First in sequence is a small 12.5cm diameter window (with a deep frame for thick wooden hulls) from the 1855 wreck of SCHOMBERG. The second and third are larger 25cm diameter windows (with a shallower frame for thinner iron hulls) from the 1892 wreck of the NEWFIELD and the 1908 wreck of the FALLS OF HALLADALE . Once the apparently obvious use of the brass object is discounted, an accurate and reliable alternative classification is difficult to specify. One artefact register notes it was ‘found in about the centre of the wreck site’. This would mitigate against the possibilities of (1) ‘horseshoe frame’ joining pieces of the keel and hull at the bow of the vessel, or (2) ‘deckseat’ for a binnacle at the stern. It may support the idea of a ‘head frame’ on a cooped companionway or a ‘deckseat’ for a mainmast pump. But this is only speculation. The actual identification is not known. The wreck of the CHILDREN is of State significance - Victorian Heritage Register S116Ship's fitting, of heavy gauge brass circle, previously classified as section of ship's fitting, which was raised from the wreck of the Children. One end is broken off at an original bolt hole and the other is severed or cut at an acute angle from the inner rim. The artefact is 6cm across and 1cm deep, indicating strength and function as a substantial and finished item of moulded metal. The upper face bears sedimentary accretion stained red/brown. The rear face has been gouged by hard or corrosive materials and bears brilliant blue/green oxidisation.flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, the children, brass flange, brass rim, shop fitting

Otto Lilienthal (1848-1896) from Berlin, Germany, is widely credited as being the first person to make repeated successful gliding flights. He was known for adopting a thorough scientific approach founded on observations of the flight of birds in relation to the problem of inventing a man carrying heavier than air machine that would fly. He developed and tested bird-like gliders controlled by weight shift by the pilot (a similar method to modern hang gliders). The pilot held on to the glider with his forearms resting in hoops mounted on the main structural beam connecting the wings. The weight shift was achieved by the pilot swinging his trunk and legs. In contrast, the pilot of a modern hang glider is suspended below the glider and, with the use of an A-frame, allows the whole body to be moved around to achieve control. The Lilienthal design apparently had a tendency to pitch down and a tailplane was added to mitigate this problem. Lilienthal flew from hills in the Rhinow region and from a conical hill he built near Berlin. He made over 2000 flights. Importantly, for others seeking to progress manned flight at the time and also for the historical record, reports of Lilienthal’s flights (some with photographs) were published and Lilienthal detailed his experiences and corresponded with other flight pioneers. Lilienthal’s work became well known and influenced Orville and Wilbur Wright in their initial experiments with gliders in 1899 (although in their quest to design and fly an aeroplane they relied on new data created by wind tunnel testing). The replica built by Bruce Hearn is of the 1893 Lilienthal glider. It is very similar to the “Normal-Segalapparat” (Normal Glider) for which patent protection was later granted a few years later. The Lilienthal replica glider is an important addition to the AGM collection as it represents the beginning of successful gliding flight. Hang glider made of wood with wire bracing – yet to be covered with authentic cotton fabric. The glider has a small plate with identification details including name of builder (Bruce Hearn) glider, hang glider, lilienthal, hearn, replica

Farquhar McCrae (1807-50) was born at Westbrook near Edinburgh, into a distinguished Scottish family. He was educated at the University of Edinburgh and graduated MD in 1827. After a sojourn in Paris he joined the staff of the general hospital at Chatham. Here he suffered an injury during a dissection, which impaired his health for the rest of his life. He was appointed curator of the museum at Chatham, and put together a notable collection of pathological specimens. In 1838 he sought to resign on the grounds of ill health, and was then offered a posting with the 6th (Inniskilling) Dragoons. But with his health still poor, he decided to emigrate to a kinder climate, and arrived in Melbourne aboard the barque Midlothian. McCrae set up practice in Bourke Street with his brother-in-law, David Thomas. Both were pioneers in the use of anæsthetics. McCrae was the first to introduce chloroform, Thomas ether. Sometime after 1841 McCrae moved to Sydney, where he was one of the first medical practitioners appointed to the staff of the Sydney Infirmary and Dispensary. He died in Sydney at the age of 43 years. The sword is a dress sword of the 6th Dragoons. Made by Henry Wilkinson of Pall Mall, it is 38 inches (96.5cm) long and has an elaborately engraved and highly polished steel blade. Being a ceremonial weapon, the blade is quite blunt, and the gilt guard bears the crown and monogram of Queen Victoria, which dates the sword to late 1837 or 1838. The grip is bound in snakeskin and the sword is carried in a leather scabbard with brass mounts. It remains as one of the important links to the pioneering days of Melbourne, and early medical practice in Australasia.Sword, ceremonial, steel with brass decoration and a steel handle, highly decorated, in a scabbard of patterned black leather covered metal, brass tipped, 100 cm long. It belonged to Farquhar McCrae.