Glass measure for medical doses marked in fluid ounces and fluid dramsFluid Onces and Fluid Drachmsinstruments, measuring

This measuring glass for fluids was used mostly used for medicines but could have been used for measuring photography chemicals. The glass was once owned by Dr W R Angus, who practised in Warrnambool in the 20th century. It was donated by members of his family. Dr Angus enjoyed photography amongst other hobbies. The maker, J.W. Small & Co. was a long established camera and photography business Camera Corner, in 270 Little Collins Street, Melbourne. At the 1887 Melbourne Exhibition the company showcased bicycles as well as a wide range of photography equipment including cameras and any other accessories and needs for the amateur photographer. In 1887 the sole proprietor of the business was Mr Herbert Small. The firm offered the service of developing and enlarging pictures. In 1894 the firm advertised as photographic and lantern material manufacturers. There were branches in Adelaide and Sydney also. The company was still in business in the 1920's, when Dr Angus graduated as a doctor and surgeon.The medicine glass is significant for its association with Dr William Roy Angus, who practice medicine in Warrnambool for several decades. He and his wife were heavily involved in the community. Dr Angus was also connected to the maritime history of Warrnambool, being the last Port Medical Officer. The glass is also associated with the Melbourne company J.W. Small &O Co, which was 'long established' in 1887.Medicine glass (dose cup or measuring glass), for measuring fluids. This glass holds 1 fluid ounce. Wide mouth with pouring lip tapers sharply to narrow centre of the base, which has a round flat foot. Black inscriptions are on the side of the glass, showing fluid ounces and fluid drachmas. An opaque label on the back shows maker details. The other side has a label. The glass was made in England for the Australian company J.W. Small & Co. It is part of the W R Angus Collection. "FLUID OUNCES" "FLUID DRACHMS" "MADE IN ENGLAND / FOR / J.W. SMALL & CO / MELBOURNE, SYDNEY AND ADELAIDE"flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, measuring glass, dose cup, medical equipment, medicine glass, medication administration, w.r. angus, j.w. small & co, fluid measurment, photography equipment

A publication of 262 pages. Soft cover includes images with the synopsis published on the back. The inside cover includes a map of the Albury district .non-fictionThis publication tells the story of the battle to introduce fluoridation to eh water supply of Albury in New South Wales. The events are described through the eyes of the author, Charles Wallstreet wo was a11 years old when the battle raged. albury nsw social conditions, albury 1960s

http://www.fgb.com.au/natural-products?id=36:extralife-kruses-fluid-magnesia&catid=6Tinted glass bottle with 8 fl ounce capacity."KRUSE'S FLUID MAGNESIA" "KRUSES PRIZE MEDAL MAGNESIA"fluid magnesia, medicine

We believe that this product was Imported and sold by Holden and Frost Ca 1900Imported and sold by Holden and frostLong neck ceramic bottle with red label stating that the bottle contains "Properts scarlet cloth cleaning fluid"`Properts scarlet label cleaning fluid around the fox face trade markcleaning fluid, scarlet cloth, c1900

Glass Flagon used in Local WineryOval glass flagon. Holds 80 fluid ounces wine. Decorated with ten embossed rings top and bottom. Also Winemakers name and amount of contents.THE WYNVALE FLAGON. BOTTLE ALWAYS REMAINS THE PROPERTY OF THE WYNVALE BOTTLE Co. 80 FLUID OUNCES.glass technology, bottles

This animal heart has been placed in preserving fluid. This can be formaldehyde, isopropyl or ethanol. It is important that glass jars are used, as plastic will be affected by the chemicals over time in the preserving fluid. Note the glass lid. It is not known how long the heart has been in this jar, but it is remarkably well preserved.The use of such preserved specimens is widespread in teaching students of all ages, veterinary operatives and museums of the composition of certain animals, insects and birds. Any information about an animal — be it photographs, blood, feathers or fur samples — is better than no information at all. But specimens are vital to ground-truth.Jar clear glass with taped metal screw top lid & preserving fluid containing a heartNoneflagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, heart

This lamb fetus has been placed in preserving fluid. This can be formaldehyde, isopropyl or ethanol. It is important that glass jars are used, as plastic will be affected by the chemicals over time in the preserving fluid. Note the glass lid and the rubber seal; also the plastic covered metal clasp that has no contact with the contents. It is not known how long the lamb has been in this jar, but it is remarkably well preserved with just a little film of scum on parts on the top of the interior of the jar.The use of such preserved specimens is widespread in teaching students of all ages, veterinary operatives and museums of the composition of certain animals, insects and birds. Any information about an animal — be it photographs, blood, feathers or fur samples — is better than no information at all. But specimens are vital to ground-truth.Large glass jar containing a lamb fetus in preserving fluid. Glass lid is secured with rubber seal and metal fastening. flagstaff hill, flagstaff hill maritime museum and village, warrnambool, maritime museum, maritime village, great ocean road, shipwreck coast, lamb, fetus, lamb fetus, animal specimen, biological specimen

Vintage glass measuring jugs became common in kitchens from the early 20th century, with brands like Pyrex. Early Pyrex jugs featured raised glass measurements, later replaced by printed red markings, transforming them into the familiar kitchen staples we know today. A gill is 1/4 of a pint.A small clear vintage glass measuring jug for cooking with two pouring lips and a handle. There are raised measurements for cups, gills and fluid ounces.Measurements: '1/4, 1/2, 3/4, 1/3,2/3, 1cup - 1/2, 1, 1 1/2, gills - 1/2 pint, fluid ounces, Fl.ozs'cooking equipment, jugs, cooking

Corrector fluid was used to cover typing mistakes before retyping over it upon drying. Correction fluid became available sold with a brush and was drier and therefore quicker to use. Computers then followed with 'delete' keys to correct mistakes. History of Gestetner Company.Jan worked as a typist in the S.E.C. offices and would have used corrector fluid when typing reports etc..Small bottle with no neck and with black bakelite lid. Inside there is a bright pink liquid of 'Corrector fluid'. Cardboard box containing the bottle is lined with cardboard and is red with white writing on the top and white with black writing on the bottom. Each side of the box is written the Brand name and Directions each side in different languages. Embossed on bottle AA517 on base Embossed on bottle UC or UG on basecorrector fluid bottle; gestetner company

Wikpedia : James Murray (physician) Sir James Murray (1788–1871) was an Irish physician, whose research into digestion led to his discovery of the stomach aid Milk of Magnesia in 1809. He later studied in electrotherapy and led the research into the causes of cholera and other epidemics as a result of exposure to natural electricity. He was the first physician to recommend the breathing in of iodine in water vapour for respiratory diseases. Born in County Londonderry, Murray became a licentiate in midwifery having studied at the Edinburgh College of Surgeons in 1807. He undertook studies in pharmaceuticals, an area in which he became competent. In 1809 he developed the foundations of a fluid magnesia, which contained a base ingredient of magnesium sulfate. He modified it in order for it to act as an aid for "weak nerves", low fever, spasms, cholera, and diarrhoea. He named his recipe Fluid Magnesia, and set up the company Sir James Murray & Son in order to successfully market it. Murray graduated from the University of Edinburgh as a Doctor of Medicine in 1829, and became the resident physician to Henry Paget, 1st Marques of Anglesey, in 1831, a post Murray held until the 1840s. Murray was knighted in 1833 and received an honorary degree in Medicine from Dublin University the following year. He was appointed as an inspector of anatomical schools in Ireland, and was a member of the central board of health, as well as the resident physician to the Netterville Dispensary and the Anglesey Lying-In Hospital, Dublin. Murray died at his home in Dublin on 8 December 1871. Large clear green tinted glass bottle with small neck, for stopped seal, oval in section. Embossed text on two sides, concave impression in base. Seed bubbles in the glassSide 1 : 'SIR J MURRAY'S PATENT RECARBONATED FLUID MAGNESIA'. Side 2 : 'LONDON & DUBLIN'.

This ink was used in Australian schools until the 1960s. It contains 40 ozs. of blue/black ink (writing fluid). It was used for dipping pens. At the beginning of each day, an ink monitor (student) had the job of filling the small containers which were inserted into the student desks. This item is significant because of its rarity and because it was such an important part of the equipment used in schools in Australia until c.1960s. A large clear glass bottle, square shape and with a cork stopper. The top of the bottle has a small lip for pouring the liquid. This bottle is half-full with blue/black liquid. The paper label is coloured orange with black and white printing. The bottle top (attached to the cork) is coloured black and appears to be made of plastic. It has the name Stephens' on the bottle top. At the bottom sides of the bottle are the words THIS BOTTLE IS THE PROPERTY OF STEPHENS' INKS (AUST PTY LTD)Label with STEPHENS' BLUE BLACK WRITING FLUID No. 2401 Other words on the label: So long known by the name of the Inventor as STEPHENS' WRITING FLUID. This ink writes a clear Blue and changes to an intense Black. It is pleasant to write with, retains its fluidity and is FAR THE BEST INK for ALL FOUNTAIN PENS. STEPHENS' INKS (Australia) Pty Ltd. 231-7 Pacific Highway, North Sydney NSW Printed in Englandeducation, ink pens

The name 'Sea Pen', which name comes from its resemblance to bird feathers, originates from its more formal title of 'Pennatula'. There are various species, one of which (Phosphorea)is not uncommon at depths of 50 metres or more. It consists of a stalk by which the Sea Pen is probably fixed upright in the mud or sand, and of a fan like upper part. When alive it is brightly phosphorescent. The stalk is really a tube and can be inflated. The strands or polyps of the upper part of the creature are fused together in sets of a dozen or so, to form leaves up each side, somewhat like the barbs of a feather. The whole axis is supported by a firmly calcified internal stem. The preserved item in our collection has been bleached naturally in the preserving fluid over time. However the Sea Pen in this photograph is alive and displays as golden. It is positioned vertically with its stalk at the bottom and its fronds or feathers beautifully displayed along the upper part. The preserved item in our collection has been bleached naturally in the preserving fluid over time. However the Sea Pen in this photograph is alive and displays as golden. It is positioned vertically with its stalk at the bottom and its fronds or feathers beautifully displayed along the upper part.The use of such preserved specimens is widespread in teaching students of all ages, and museums of the composition of certain animals, insects, birds and sea creatures. Any information about an animal — be it photographs, blood, feathers or fur samples — is better than no information at all. But specimens are vital to ground-truth.Closed jar with an all white sea creature preserved in clear fluid. The head is uppermost, and the sea pen is positioned vertically in the jar.Golden Sea Penflagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, sea pen

For fluid administration. A&Hintravenous needle

This portable lamp was manufactured by the Lucas Industries, a company in Birmingham, England that first produced lamps after 1875. It could have domestic use or be attached to cars or bicycles early in the 20th Century to provide light at night. The lighting fluid was oil. This object is an interesting example of lighting for cars and bicycles and in the home in the late 19th and early 20th Centuries.This is a brass lantern with a circular glass piece in the middle front, and a top metal mechanism with a handle. Inside the circular opening is a domed jet with holes for lighting the lamp. On the sides there are various mechanisms for turning the light up and down, opening the front glass and opening the bottom to allow filling of the lighting fluid. The item is corroded on the exterior. The top has air vents to permit the vapours to escape. On the side is the maker's name LUCAS No. 722 KING OF THE ROAD JOS. LUCAS LTD. vintage lighting, lucas industries

Pap boats date from approximately 1710 and were in extensive use until the end of the nineteenth century. They were used to feed pap to infants or invalids. Pap was a mixture of breadcrumbs, flour, rice or barley mixed with fluids such as broth, milk (if the infant was lucky), water, wine and even beer, to aid the digestion of pap it was often pre-chewed by the nurse or nanny. Pap was a popular form of infant nutrition for almost 300 years and used in many well to do homes. For unwanted or illegitimate infants in foundling homes it was often the only form of sustenance, however, and as a result the mortality rate was appallingly high. Despite a growing number of experts advising against the use of pap, it nevertheless persisted as a major source of infant nutrition in many nurseries until the late 1800’s, largely due to the ignorance of nannies and nurses who took great delight in disregarding the advice of physicians, who they believed were usurping their position in the household. ‘Nanny knows best’.(Amgueddfa Cymru - National Museum Wales, 'Pap Boat')Mary Howlett (1840-1922) began practising as a country midwife in 1866 in the western district of Victoria. She qualified as a 'ladies monthly nurse' in 1887 and continued to practise as a nurse and midwife until 1920. She began her six months training at the Melbourne Lying-In Hospital. She was known by many as 'Auntie', and her career spanned more than 50 years. Mrs Howlett's midwifery box and contents were given to Dr Frank Forster, and he donated them to the museum collection in 1993. Small round white china container with an extended slim lip. Fluid capacity approximately 30-90ml. The boat has been made from two moulded sections. infant care, infant feeding, midwifery

3 clear glass bottles with labels1. Cottee's Pure Ginger Essence, Cottees Passiona Ltd Sydney and Melbourne. 1 fluid oz. 2. Cottee's Blue Cake and Icing Colouring, Cottees Passiona Ltd Sydney and Melbourne. 1 fluid oz. 3. Cottee's Green Cake and Icing Colouring, Cottees Passiona Ltd Sydney and Melbourne. 1 fluid oz.

Used by Valda ArrowsmithGreen plastic eight fluid ounce measuring cup.domestic items, cooking

Amber Swan Ink bottle. 4 fluid ozs.ink bottles, bottles, writing equipment

The subject item was produced for the Carlton and United Breweries, in Melbourne, at one time, almost all breweries in Australia had their own brand of returnable bottle or were members of bottle co-operatives that managed returnable bottles. Instead of being crushed to make new bottles, as happens in most cases today, these returnable bottles were returned to the brewery or bottle co-operative, washed, inspected for cracks and chips and returned to service. An early item giving a snapshot into social history in 1930s - 1940s AustraliaBrown glass beer bottle, 26 fluid ounce capacity, "CUB" raised motif and in small spade motif on shoulder "MBCV" (Melbourne Bottle Company of Victoria)flagstaff hill, warrnambool, flagstaff hill maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, bottle, brown glass bottle, cub, melbourne bottle company of victoria, beer bottle 1940s, carlton united breweries

Used for the removal of mucus, chiefly, from newborn infants. The top section of the chamber in the evacuator acted as a receptacle for wool to absorb any excess overflow of fluid/mucus. The lower section of the chamber collected the aspirated fluid. Dr Mitchell Henry O'Sullivan worked in the Victorian country town of Casterton as a general practitioner from 1919 until his death in 1977. He also practiced obstetrics. His son, Dr David More O'Sullivan donated his obstetric bag and its contents to the College in 1999. The bag and contents are a unique time capsule of the type of instruments and pharmaceuticals used in the inter-war period.Metal evacuator with wire introducer. Evacuator has a rounded middle chamber, which is divided into two sections. Proximal end of evacuator is curved to approximately 60 degrees and has two small holes in the end. Introducer is a straight piece of wire attached to a flanged head, with a small, serrated edge. obstetric delivery

white paste writing fluid as used Ca 1900As sold and used by Holden and FrostSmall screw top glass jar, with paper label affixed.Le Pages white paste, instrucion's includedjar, glass, ink