The Roche Research Institute of Marine Pharmacology, 1974 - 1981: Searching for Drug Leads from Australian Marine Organisms

2009 ◽  
Vol 20 (2) ◽  
pp. 209 ◽  
Author(s):  
Ian D. Rae

In the late 1960s the Swiss pharmaceutical company Hoffmann-La Roche was attracted to the pharmacological potential of extractives from Australian marine organisms. At first the company supported the work of University of Queensland zoologist Robert Endean and work at the Great Barrier Reef Research Station on Heron Island. Within a few years, however, they severed their connection with Endean and established the Roche Research Institute of Marine Pharmacology (RRIMP) at Dee Why, New South Wales. Opened in April 1974, the Institute was led by Dr J. T. Baker, an Australian organic chemist who had researched marine natural products. State-of-the-art pharmacology was introduced with guidance from Professor Michael Rand of the University of Melbourne. The staff that Baker recruited included chemists, pharmacologists, microbiologists and marine biologists. Despite the conjecture, raised in some quarters, that RRIMP was established to mute the Australian Government's criticism of the pricing of Roche's most famous product, Valium, it is argued that the research venture was a genuine attempt to find lead compounds in organisms from Australian waters with a view to the development of new drugs. Before any such success could be achieved by RRIMP scientists, however, sweeping changes in the parent company resulted in the closure of RRIMP in mid-1981 and dispersal of its expert staff, mostly to other Australian laboratories.

2010 ◽  
Vol 63 (6) ◽  
pp. 855 ◽  
Author(s):  
Ian D. Rae

Hoffmann-La Roche supported the work of University of Queensland zoologist Robert Endean in the late 1960s, but the company’s deepening interest in the prospect of ‘drugs from the sea’ led them to establish the Roche Research Institute of Marine Pharmacology (RRIMP) at Dee Why, New South Wales. It was headed by Dr Joe Baker, an Australian organic chemist who had researched marine natural products. RRIMP took advice from several influential advisers, and Baker recruited chemists, pharmacologists, microbiologists, and marine biologists. Despite the conjecture, raised in some quarters, that RRIMP was established to mute the Australian government criticism of the pricing of Roche’s most famous product, Valium, I believe that the research venture was a genuine attempt to find lead compounds in organisms from Australian waters with a view to the development of new drugs. Changes in the research directions taken by Hoffmann-La Roche resulted in the closure of RRIMP in mid-1981, before any such success could be claimed for the Dee Why operation. RRIMP scientists, an elite but suddenly redundant group, secured positions in other Australian laboratories.


1988 ◽  
Vol 36 (3) ◽  
pp. 241 ◽  
Author(s):  
PJ Anderson ◽  
E Shipp ◽  
JME Anderson ◽  
W Dobbie

For 3 years numbers and species of blowflies breeding in carcasses and on live merino sheep were studied at the University of New South Wales Arid Zone Research Station at Fowlers Gap, to determine which species initiated blowfly strike on sheep and how Lucilia cuprina (Wiedemann) maintained its population throughout the year; particularly whether it could complete its life cycle on carcasses. Larvae taken from struck sheep showed L. cuprina to be the dominant species in >87% of strikes. Native calliphorids, Calliphora nociva Hardy, Calliphora augur (Fabr.), and Calliphora stygia (Fabr.) were present in about 7% of strikes sampled, usually in association with L. cuprina. In a regularly inspected small mob (c. 70) of sheep, incidence of covert strike was higher than incidence of overt strike, supporting the view that a grazier's estimate of flystrike in the flock would almost always be an underestimate. On carcasses, the secondary strike native blowfly, Chrysomys rufijacies (Macquart), was produced in very large numbers. Some native primary strike Calliphora spp. were produced from some carcasses in the colder months, but no L. cuprina was produced from either small or large carcasses (sheep, kangaroos, rabbits) at any time. However, larvae of L. cuprina were recovered from live sheep at all times of the year, indicating that L. cuprina is an obligate parasite of live sheep in the arid zone.


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