Untitled Document

LOCATION
RN Robertson Lecture Theatre Research School of Biology
DATE
14th to 16th November 2015

SPECIAL THANKS TO:

VWR International, Pty Ltd, formerly Quantum Scientific and Crown Scientific, is committed to providing the best products with the best service within the Australian scientific community. At VWR, we enable science for the advancement of the world's most critical research through the distribution of a highly diversified product line to many of the world's top companies in various industries.

We provide our customers with an expansive choice of premium products, such as chemicals, consumables, apparel, equipment and instruments from a vast group of leading scientific manufacturers including GE Healthcare, BDH, Merck, Pyrex, Schott, Whatman, Panasonic, Pall Life Science, Vacubrand, Eppendorf and Falcon-a Corning brand.

A key focus for VWR is not just providing quality products, but also a quality service and support structure. Our new website provides customers with access to great products and also e-commerce capabilities to support sustainable business practices.

With offices in Brisbane, Melbourne and Sydney and Sales Specialists active in all states VWR is well placed to service its highly valued existing and new clients. For peace of mind, our VWR Technical Service Team provides a unique combination of service and support for all your equipment.

VWR was started in 1852 to provide products to the mining and laboratory markets. Fast forward more than 160 years and VWR has a place in several industries including pharmaceutical, biotechnology, industrial, education, government and healthcare. VWR is headquartered in Radnor, Pennsylvania and supports more than 120,000 customers and employs more than 8,500 associates around the globe.
At VWR, we enable science!

For more information contact your ACT Sales Representative Stephen O’Sullivan by phone on 0411 704 316 or by email at stephen.osullivan@au.vwr.com.
VWR International, Pty Ltd.
Level 1, Unit 1a/60 Enterprise Place, Tingalpa, QLD 4173
Tel: 1300 727 696
Fax: 1300 135 123
Email: sales@au.vwr.com
Web: au.vwr.com

One source. Endless possibilities.

Thermo Fisher Scientific is the leading provider of analytical instruments, equipment, reagents & consumables, software and services for research, analysis, discovery and diagnostics. We connect customers with the tools & technologies, the services and the expertise in ways no one else can. So our customers can succeed in ways no one else can.

-Diagnostics
-Microbiology
-Anatomical Pathology
-Life Science
-Equipment & Consumables
-Chemistry

"Contributing to Society through Science and Technology"

Since 1875, the Shimadzu product portfolio has grown organically, links many disciplines, and has its roots in the company's innovation based on the creative talent of its scientists and engineers. These include Genzo Shimadzu Jr. who has been officially recognised as one of Japan's ten greatest ever inventors, and Nobel Laureate Koichi Tanaka, who won the 2002 Nobel Prize in Chemistry.

We will be investing even more effort into improving our scientific and technological capabilities, which represent the backbone of our business operations. For example, we will invest in more joint research programs with those involved in advanced research around the world. By using the knowledge and expertise we gain from joint research, we intend to accelerate improvements in the performance and usability of our products. We will also continue to invest in basic research aimed at developing new technologies. Our core business in Australia and New Zealand covers the whole bandwidth of analytical instrumentation consisting of chromatography (HPLC, GC), mass spectrometry (LC-MS, GC-MS, MALDI-TOF MS), spectroscopy (UV/VIS, FTIR, AAS, ICP) and environmental testing (TOC). These product lines are complemented by weighing technologies, testing machines and the biotechnology business division. Shimadzu's analytical instruments are used in chemical, pharmaceutical and biotechnology laboratories, in the food and semiconductor industry and in research.

In Australia, Shimadzu is the distributor for companies in the leading ground of other disciplines such as:
Wyatt Technology – Absolute Macromolecular Characterization
LabLogic – Radiochromatography
Antec Lydon – Electrochemical Detection
Horizon Technology – Solid Phase Extraction
Please contact our local sales representative on 1800800950 for further information.

Springer Nature (www.springernature.com ) is a major new force in scientific, scholarly, professional and educational publishing. By using its combined expertise, scale and the reach of its brands, the company aims to grow and innovate in order to better serve academic researchers, students, teachers, institutions, professionals and the wider public by helping them discover more. Springer Nature was created through the combination of Nature Publishing Group, Palgrave Macmillan, Macmillan Education and Springer Science+Business Media in May 2015. This strategic merger brought together these dynamic publishing houses with more than 170 years of history behind them, as well as complementary geographic footprints and brand portfolios, a track record of creativity and innovation, and a shared vision to advance knowledge and learning around the world. The company numbers almost 13,000 staff in over 50 countries and has a turnover of approximately EUR 1.5 billion.

Biochemistry and molecular biology represent the study of the structures and processes that form the foundation for all living matter. They draw on techniques from biology, chemistry and physics, providing a key interface between these fields. Biochemists and molecular biologists investigate all forms of life, such as viruses, bacteria, yeast, fungi, plants and animals. Much of this research examines life at the cellular and subcellular level.

The field is progressing at a breathtaking rate. In 1953, the double-helical structure of DNA (the storage molecule for inherited biological information) was discovered. Only 50 years later, the complete human genetic sequence was determined and the significance of the entire code in terms of cell and tissue function is now being uncovered. For example, we have learnt many new details about genes involved in human disease, providing important insights that lead to the development of treatments and cures. The possibilities of discovery in the field continue to expand.

Biochemistry and molecular biology have important applications in the fields of medicine, agriculture and industry. Research is conducted at universities, institutes, hospitals, and other locations. Biochemists and molecular biologists work to understand the production, structure, organisation and activity of the molecules of life. Deviations from these processes are often of interest to researchers, as both causes and potential cures for disease.

ASBMB provides financial support for scientific conferences and workshops in areas related to the Objectives of the Society as defined in its Constitution.

The Life Sciences business of GE Healthcare enables and accelerates molecular and precision medicine. We do this by helping our customers discover, make and use new medicines.
GE Healthcare Life Sciences provides expertise and tools for a wide range of applications, including:
 Protein Research
 DNA & RNA Research
 Cell imaging and microscopy
 Laboratory Filtration
 Drug Discovery and Development
 Large-scale manufacturing of biopharmaceuticals
Healthcare needs more precise diagnoses and treatments to improve patient outcomes, address the globally rising incidence of lifestyle and chronic diseases, and help reduce the $350 billion wasted each year on poorly-targeted medicines. We work on the things that matter to become trusted partners with our customers, combining our deep expertise, integrity, and heritage in diagnostics and biotechnology with an extensive global network and strength in infrastructure and services.

Contact:
Colleen Leong
NSW/ACT Account Manager
GE Healthcare Life Sciences ANZ
T 1800 150 522
F 1300 434 232
M +61 420 639 712
E colleen.leong@ge.com or SalesAu@ge.com
www.gelifesciences.com

GE imagination at work

The processes of life, mediated by a large variety of proteins, are very complex. Elucidation of these processes through molecular studies of proteins can be well achieved by efficient cooperation of researchers in various fields of natural sciences. Another requisite is the establishment of suitable infrastructures that allow close collaborations among scientists across the country. The Institute for Protein Research (IPR) was founded as a joint-use research organization attached to Osaka University to fulfill these needs, and thus to play a central role in protein science in Japan. Emphasis was laid on studies on the structure and function of proteins and their biological significance at the molecular level, as well as investigations at the cellular level. Remarkable progress in the life sciences has been made since the foundation of IPR. Recently, the institute has initiated various projects on protein engineering, structural biology, neurobiology, proteomics, and protein informatics in addition to the traditional activities. Although IPR started as a domestic center, it is now widely recognized as an international center of excellence for protein research. For instance, IPR operates the Worldwide Protein Data Bank (wwPDB) as one of three worldwide centers, mainly covering Asia-Oceania region. Because of its high level at scientific activity, it has attracted many researchers from abroad and will continue to do so in the future. IPR will continue to make essential contributions to revealing the structure and function of proteins and their protein networks for the elucidation of life.




			LOCATION RN Robertson Lecture Theatre Research School of Biology DATE 14th to 16th November 2015



			SPECIAL THANKS TO:




			VWR International, Pty Ltd, formerly Quantum Scientific and Crown Scientific, is committed to providing the best products with the best service within the Australian scientific community. At VWR, we enable science for the advancement of the world's most critical research through the distribution of a highly diversified product line to many of the world's top companies in various industries. We provide our customers with an expansive choice of premium products, such as chemicals, consumables, apparel, equipment and instruments from a vast group of leading scientific manufacturers including GE Healthcare, BDH, Merck, Pyrex, Schott, Whatman, Panasonic, Pall Life Science, Vacubrand, Eppendorf and Falcon-a Corning brand. A key focus for VWR is not just providing quality products, but also a quality service and support structure. Our new website provides customers with access to great products and also e-commerce capabilities to support sustainable business practices. With offices in Brisbane, Melbourne and Sydney and Sales Specialists active in all states VWR is well placed to service its highly valued existing and new clients. For peace of mind, our VWR Technical Service Team provides a unique combination of service and support for all your equipment. VWR was started in 1852 to provide products to the mining and laboratory markets. Fast forward more than 160 years and VWR has a place in several industries including pharmaceutical, biotechnology, industrial, education, government and healthcare. VWR is headquartered in Radnor, Pennsylvania and supports more than 120,000 customers and employs more than 8,500 associates around the globe. At VWR, we enable science! For more information contact your ACT Sales Representative Stephen O’Sullivan by phone on 0411 704 316 or by email at stephen.osullivan@au.vwr.com. VWR International, Pty Ltd. Level 1, Unit 1a/60 Enterprise Place, Tingalpa, QLD 4173 Tel: 1300 727 696 Fax: 1300 135 123 Email: sales@au.vwr.com Web: au.vwr.com

			One source. Endless possibilities. Thermo Fisher Scientific is the leading provider of analytical instruments, equipment, reagents & consumables, software and services for research, analysis, discovery and diagnostics. We connect customers with the tools & technologies, the services and the expertise in ways no one else can. So our customers can succeed in ways no one else can. -Diagnostics -Microbiology -Anatomical Pathology -Life Science -Equipment & Consumables -Chemistry

			"Contributing to Society through Science and Technology" Since 1875, the Shimadzu product portfolio has grown organically, links many disciplines, and has its roots in the company's innovation based on the creative talent of its scientists and engineers. These include Genzo Shimadzu Jr. who has been officially recognised as one of Japan's ten greatest ever inventors, and Nobel Laureate Koichi Tanaka, who won the 2002 Nobel Prize in Chemistry. We will be investing even more effort into improving our scientific and technological capabilities, which represent the backbone of our business operations. For example, we will invest in more joint research programs with those involved in advanced research around the world. By using the knowledge and expertise we gain from joint research, we intend to accelerate improvements in the performance and usability of our products. We will also continue to invest in basic research aimed at developing new technologies. Our core business in Australia and New Zealand covers the whole bandwidth of analytical instrumentation consisting of chromatography (HPLC, GC), mass spectrometry (LC-MS, GC-MS, MALDI-TOF MS), spectroscopy (UV/VIS, FTIR, AAS, ICP) and environmental testing (TOC). These product lines are complemented by weighing technologies, testing machines and the biotechnology business division. Shimadzu's analytical instruments are used in chemical, pharmaceutical and biotechnology laboratories, in the food and semiconductor industry and in research. In Australia, Shimadzu is the distributor for companies in the leading ground of other disciplines such as: Wyatt Technology – Absolute Macromolecular Characterization LabLogic – Radiochromatography Antec Lydon – Electrochemical Detection Horizon Technology – Solid Phase Extraction Please contact our local sales representative on 1800800950 for further information.

			Springer Nature (www.springernature.com ) is a major new force in scientific, scholarly, professional and educational publishing. By using its combined expertise, scale and the reach of its brands, the company aims to grow and innovate in order to better serve academic researchers, students, teachers, institutions, professionals and the wider public by helping them discover more. Springer Nature was created through the combination of Nature Publishing Group, Palgrave Macmillan, Macmillan Education and Springer Science+Business Media in May 2015. This strategic merger brought together these dynamic publishing houses with more than 170 years of history behind them, as well as complementary geographic footprints and brand portfolios, a track record of creativity and innovation, and a shared vision to advance knowledge and learning around the world. The company numbers almost 13,000 staff in over 50 countries and has a turnover of approximately EUR 1.5 billion.

			Biochemistry and molecular biology represent the study of the structures and processes that form the foundation for all living matter. They draw on techniques from biology, chemistry and physics, providing a key interface between these fields. Biochemists and molecular biologists investigate all forms of life, such as viruses, bacteria, yeast, fungi, plants and animals. Much of this research examines life at the cellular and subcellular level. The field is progressing at a breathtaking rate. In 1953, the double-helical structure of DNA (the storage molecule for inherited biological information) was discovered. Only 50 years later, the complete human genetic sequence was determined and the significance of the entire code in terms of cell and tissue function is now being uncovered. For example, we have learnt many new details about genes involved in human disease, providing important insights that lead to the development of treatments and cures. The possibilities of discovery in the field continue to expand. Biochemistry and molecular biology have important applications in the fields of medicine, agriculture and industry. Research is conducted at universities, institutes, hospitals, and other locations. Biochemists and molecular biologists work to understand the production, structure, organisation and activity of the molecules of life. Deviations from these processes are often of interest to researchers, as both causes and potential cures for disease. ASBMB provides financial support for scientific conferences and workshops in areas related to the Objectives of the Society as defined in its Constitution.

			The Life Sciences business of GE Healthcare enables and accelerates molecular and precision medicine. We do this by helping our customers discover, make and use new medicines. GE Healthcare Life Sciences provides expertise and tools for a wide range of applications, including:  Protein Research  DNA & RNA Research  Cell imaging and microscopy  Laboratory Filtration  Drug Discovery and Development  Large-scale manufacturing of biopharmaceuticals Healthcare needs more precise diagnoses and treatments to improve patient outcomes, address the globally rising incidence of lifestyle and chronic diseases, and help reduce the $350 billion wasted each year on poorly-targeted medicines. We work on the things that matter to become trusted partners with our customers, combining our deep expertise, integrity, and heritage in diagnostics and biotechnology with an extensive global network and strength in infrastructure and services. Contact: Colleen Leong NSW/ACT Account Manager GE Healthcare Life Sciences ANZ T 1800 150 522 F 1300 434 232 M +61 420 639 712 E colleen.leong@ge.com or SalesAu@ge.com www.gelifesciences.com GE imagination at work

			The processes of life, mediated by a large variety of proteins, are very complex. Elucidation of these processes through molecular studies of proteins can be well achieved by efficient cooperation of researchers in various fields of natural sciences. Another requisite is the establishment of suitable infrastructures that allow close collaborations among scientists across the country. The Institute for Protein Research (IPR) was founded as a joint-use research organization attached to Osaka University to fulfill these needs, and thus to play a central role in protein science in Japan. Emphasis was laid on studies on the structure and function of proteins and their biological significance at the molecular level, as well as investigations at the cellular level. Remarkable progress in the life sciences has been made since the foundation of IPR. Recently, the institute has initiated various projects on protein engineering, structural biology, neurobiology, proteomics, and protein informatics in addition to the traditional activities. Although IPR started as a domestic center, it is now widely recognized as an international center of excellence for protein research. For instance, IPR operates the Worldwide Protein Data Bank (wwPDB) as one of three worldwide centers, mainly covering Asia-Oceania region. Because of its high level at scientific activity, it has attracted many researchers from abroad and will continue to do so in the future. IPR will continue to make essential contributions to revealing the structure and function of proteins and their protein networks for the elucidation of life.