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2022 CALL FOR SFG AWARDS NOMINATIONS

The SFG is seeking nominations from SFG members for candidates for the following 2022 Awards, each of which is described below.

The SFG Awards Committee will choose the recipients of the Meyer, Kornfeld and Significant Achievement Awards, and the Board of Directors will choose the recipient(s) of the Distinguished Service Award. However, all SFG members are invited and encouraged to submit nominations following the guidelines given below. 

In 1990, the Society established the Karl Meyer Lectureship Award to honor the distinguished career of Karl Meyer and his outstanding contributions to the field of Glycobiology. This Award is presented each year at the Annual Meeting of the Society followed by a formal lecture by the Awardee.

Nominees should be well-established scientists with currently active research programs who have made major and widely recognized contributions to the field of glycobiology. Nominees should be SFG members in good standing. 


Rosalind Kornfeld Award For Lifetime Achievement in Glycobiology

The Rosalind Kornfeld Award for Lifetime Achievement in Glycobiology was established in 2008 to honor the distinguished scientific career of Dr. Rosalind Kornfeld, as well as her outstanding service to the Society. This Award is presented at the Annual Meeting of the Society followed by a formal lecture by the Awardee.

Nominees should be scientists who have made significant contributions with an important impact on the field of glycobiology over the course of their professional lifetimes. Nominees do not need to be SFG members and may be either employed or retired. Depending on the nominee pool, zero, one, or multiple Rosalind Kornfeld Awards may be given in a single year. 


Glycobiology Significant Achievement Award

The Glycobiology Significant Achievement Award was established in 2016 by Oxford University Press (publisher of Glycobiology) and the Society for Glycobiology. This Award is presented at the Annual Meeting of the Society followed by a formal lecture by the Awardee.

Nominees should be new or mid-career scientists at the Assistant/Associate Professor level. Full Professors or those at an equivalent non-academic rank are not eligible. If a nominee is promoted to the rank of Full Professor or equivalent during the time in which their nomination packet is active, they will no longer be eligible for this Award. 

Nominees do not need to be SFG members, but they should have an active research program and a key discovery during their early careers that had or has the potential to have a substantial impact on the field of glycobiology. 


Society for Glycobiology Distinguished Service Award

The Society for Glycobiology Distinguished Service Award was established in 2021 and is presented at the Annual Meeting of the Society. No formal lecture is given by the Awardee.

Nominees should have a sustained record of distinguished service to the Society for Glycobiology and/or the glycobiology community. Nominees do not need to be SFG members and may be employed or retired. Depending on the nominee pool, zero, one, or multiple Distinguished Service Awards may be given in a single year. 


Instructions for Submitting Nominations

Please adhere to the following SFG Award eligibility rules: 

  1. No self-nominations are allowed.

  2. Previous recipients of any SFG Award, including the President's Innovator, are no longer eligible for that same Award.

  3. Previous recipients of any SFG Award, including the President's Innovator, are ineligible for any SFG Award for 7 years. Nominees in the 2020 and 2021 pools are exempt for the duration of their current nomination periods.
     
  4. Current Awards Committee members may not be nominated nor can they submit nominations for any SFG Award, except the SFG Distinguished Service Award. Current Awards Committee members are: Susan Bellis, Nancy Dahms, Robert Linhardt, Kelley Moremen and John Hanover.

  5. Only current SFG members are allowed to submit a nomination packet for SFG Award candidates.

  6. Please review and adhere to the specific eligibility rules for each SFG Award given above. 

Please note if your nominee wins an Award, you will be asked to write a one page biography and introduce the winner prior to their talk at the next SFG annual meeting.


For all nomination packages:

Please submit a nominating letter including:

  • A brief description of the scientific achievements and/or service contributions that merit the nomination.
  • Other aspects of the nominee's career that might be taken into consideration (e.g., mentorship of trainees, impact on the field, service to the Society, etc.).

Please do not submit any letters of support. None are required and none will be accepted.


For all nomination packages EXCEPT the Society for Glycobiology Distinguished Service Award:

Please ALSO submit the nominee's curriculum vitae with complete bibliography separated into:

      a. Original peer-reviewed articles.

      b. Other publications (do not include abstracts).

Please send all nomination packages as emails with attachments to:  Don Jarvis ([email protected]), SFG Secretary.

Please note nomination packets remain “active” and are considered by the Awards Committees for a total of three years before they are removed from their respective pools. However, nominators may submit a fresh nomination packet for an active nominee or they can re-nominate an inactive nominee by submitting a fresh nomination packet which will reset the 3-year clock. Finally, as noted above, if an active nominee for the Significant Achievement Award is promoted to Full Professor or the equivalent, this will supercede the 3 year duration of the nomination packet and the nominee will no longer be eligible for this Award.  

 


DEADLINE for receipt of all nomination packages is 5:00 PM, MDT, June 10, 2022

 

Scientists for Peace

During this tragic time of war in Ukraine, the SFG Board of Directors would like to express solidarity with all scientists and other people who were unjustly affected by the conflict.

The SFG Board of Directors is expressing its utmost commitment to supporting social environments free from violence and discrimination of any kind. We strongly condemn any actions that violate human rights and inhibit the spirit of peaceful, mutually respectful, and open interactions between people regardless of race, gender, sexual orientation, religious belief, ethnic origin, citizenship, or political philosophy.

Our thoughts are with all scientists and civilians caught up in the conflict in Ukraine. 
  

 

 

March 4, 2022

 

It is our sad duty to inform the glycobiology community that Dr. Subhash Basu passed away on November 14. Please see the obituary thoughtfully provided by Dr. Dipak Banerjee, below.  On behalf of the Society for Glycobiology, we send our deepest condolences to Manju and the rest of Subhash’s family. All who knew him as a friend and colleague in the glycosciences will miss him. 

Sincerely,
Don Jarvis, Secretary
Nancy Dahms, President
Society for Glycobiology

 Professor Subhash C. Basu, Ph.D., D.Sc.
(May 28, 1938 – November 14, 2021)

The Glycoscience community lost another eminent member on Sunday morning, November 14, 2021. Professor Subhash C. Basu is no longer with us.

Subhash Basu was born in Calcutta, India. After completing his B.Sc. (Chemistry) and M.Sc. (Biochemistry) at Calcutta University, Subhash joined the University of Michigan for graduate studies and earned his Ph.D. degree in Biochemistry under the mentorship of late Professor Saul Roseman. After a successful postdoctoral training at the Johns Hopkins University in Baltimore, MD, Subhash joined the faculty of the Department of Chemistry and Biochemistry at the University of Notre Dame in 1970. Following his retirement in 2009, he remained associated with the university as Professor Emeritus.  

Professor Basu has contributed significantly to the advancement of science. Together with students (undergraduate and graduate) and postdocs he has made seminal contributions in glycobiology and in the field of DNA replication. Subhash has been a pioneer in establishing many intricate details of glycolipid biosynthesis, as well as the role of glycosphingolipids in neural development and human diseases.  

During his long scientific career, Subhash received numerous distinctions and awards, including a Helen Hay Whitney Research Fellowship, Doctorate of Science (D.Sc.) degree from Calcutta University, Jacob Javits Neuroscience Research Award (NIH), and NSF-CSIR TOKTEN Visiting Fellow to India.  He was elected as a Fellow of the American Association for the Advancement of Science and inducted as a member of the Johns Hopkins University Society of Scholars.  He served at the Editorial Board of Glycoconjugate Journal and Current Drug Targets and also as a Treasurer of the Society for Glycobiology. His love for science helped in founding the International Symposium on Eukaryotic Cell Surface Macromolecules (ISCSM) in 1987 in collaboration with late professor Bimal K. Bachhawat. This meeting is held every three years in India and continues to this day. Professor Basu was able to attend the last meeting held in February 17-20, 2020 in Pune, India.

Subhash is survived by his wife Manju, two sons (Sanmit and Rajit), a daughter-in-law (Anjali) and two grandsons (Tejus and Jayan). Subhash will be missed. We pray for his soul to rest in peace.

 

It is our sad duty to inform the glycobiology community that Dr. William J. Lennarz passed away on October 27. As most or all of us know, Bill made significant contributions to glycobiology and other fields of science over the course of a long and distinguished career. Highlights include being elected to the National Academy of Sciences in 1989 and training and mentoring many of the current leaders in our field. 

Bill's work influenced us all and he will be dearly missed.


Sincerely,
Don Jarvis, Secretary
Nancy Dahms, President
Society for Glycobiology

 
Dai Rees, who had a long career in glycoscience, unfortunately passed away in June 2021.
The following is an obituary provided by Peter Lillford and Chris Lawson.
On behalf of the SFG, condolences to the family 

 
Sir Dai Rees

Dai Rees was born in Silloth on the Solway firth.  His father James was a chemist, his mother Elsie, a librarian and Dai attended Hawarden grammar school in Flint.  He then won a scholarship (open to families who had left Wales for work), to The University College of North Wales in Bangor.  The department head was the eminent carbohydrate chemist Stanley Peat, a student of Sir Norman Haworth (Nobel Prize for vitamin C) and this is where he learnt carbohydrate chemistry.  After a BSc in 1956 he studied for a PhD under Jim Turvey on the chemistry of the polysaccharide Porphyran (lava bread) from Porphyra umbilicalis.  At Bangor Dai met fellow student Myfanwy Parry Owen, who became a teacher and later a psychoanalyst; they married in 1959.  Following his PhD, Dai took a lectureship in The Chemistry Department at Edinburgh University with Sir Edmund Hirst (also ex Haworth). 

He took as the subject for his research, a study of the relationships between polysaccharide structure and their physical function and in particular how this related to the formation of gels by carrageenans, sulphated galactans found in the red seaweeds (Rhodophyta).  This was a subject that soon attracted interest from industry both from manufacturers (Bulmers, Marine Colloids), and users (Unilever) as these functional properties provide texture to many commercial products.  However up to this point, polysaccharide chemistry had been largely confined to the study of primary covalent structures and little methodology existed for secondary and tertiary structural investigations.  Dai therefore employed techniques from protein chemistry (X-ray crystallography, optical rotatory dispersion, circular dichroism).  Also, having established that all known carrageenans had a strictly alternating a1,3 b1,4 galactose backbone, he was able to model the preferred lowest energy conformation of a polysaccharide chain (using the Manchester University Atlas Autocode computer).  The result suggested that the chain formed a helix, a result later confirmed by X-Ray crystallography.  In order to achieve gelation, the helices must combine with other helices to form a network and through further modelling, spectroscopy and chemistry, it was found that the insertion of anhydrogalactose ‘kink’ residues allowed helix sections to recombine to form the desired network.  

At Edinburgh he was a very engaged and active PhD supervisor having regular question and answer sessions in the department and with drinks in his house.  He also enjoyed practical jokes.  On one occasion he was collaborating with Ian Sutherland in Microbiology to sort out the structure of a bacterial polysaccharide.  He gave a sample to a visiting professor from California (Henry Nakada) who took it back to the USA but the structure was then solved quite quickly using a new NMR in Edinburgh.  Some time later, a letter arrived from Nakada suggesting that he had worked it out before the Edinburgh result, much to the irritation of the student who had obtained the result (Chris Lawson).  It then emerged that the letter was a hoax.  Dai got his own back by telling the ringleader (Alastair Penman, who much later became head of the Unilever Colworth research lab) that his external examiner was to be someone with a surname beginning with ‘B’, a new prof at a Scottish university.  Alastair immediately assumed that it was John Brimacombe from Dundee who had a fearsome reputation so he spent much time in the library boning up on Brimacombe’s publications.  However, his examiner was actually Grant Buchanan, a much less scary option from The Heriot Watt-Dai got his own back! 

Every self-respecting food manufacturing industry knows it must understand and control its ingredients and and for Unilever, a scientific gap was in polysaccharides, which were increasingly important in dressings, desserts and ice cream. The solution was to recruit Dai and most of his research team from Edinburgh. The driving force in all of his subsequent career was a fundamental interest to see innovation and an enormous talent to “see the big picture”.  At Colworth Dai extended his understanding of structure-function relationships to other polysaccharides such as the important glycosaminoglycans and the synergy between apparently diverse glycans such as galactomannans and xanthan gum.  Further studies revealed the way in which alginates, polyuronides from brown algae (Phaeophyceae) form gels in an ‘eggbox’ structure, holding calcium ions between linear chains.  These discoveries have helped to gain a better understanding of how glycosaminoglycans such a Heparin prevent blood clots, how hemicelluloses in the plant cell wall form matrices with cellulose and how bacterial polysaccharides form protective capsules around the cell.

Shortly after his arrival at Unilever, the Corporate Research and Engineering Fund was established. This large research budget was charged with looking over the head of the existing business to see where science and technology could contribute to future business. For Dai and his senior colleagues Tony James (lipids) and Felix Franks (water), this was the ideal situation to develop strategy, and the resources to action new research; and for those working for them or with them, only the highest academic standards were acceptable. The technical basis for products which are now household brands in Foods and Personal care were established in this era.  Dai always wanted to be recognised as the best in everything he and his research teams could do. Competition was recognised and defeated wherever it arose, which did not always make him the most popular leader. The trouble was that he usually was the quickest and most far sighted of his colleagues. No one grasped new results faster and could add infuriatingly bright suggestions on what else could be done, so that working in Corporate was like belonging to a high-class research faculty in any university.

Perhaps Dai would have liked to be the Unilever Board member for R&D, but that was not to be, and his past involvement with The UK Medical Research Council (MRC) meant that he was headhunted in 1982, and to his surprise, was offered the directorship of the UK National Institute for Medical Research (NIMR) to implement the recommendations he had helped to shape.  He placed the research programmes within four new supergroups, brought in new blood, and set about refurbishing laboratories and upgrading the facilities, leaving staff posts vacant to balance the books. He also encouraged direct links between MRC scientists and industry, and in 1986 set up a dedicated incubator for this purpose, the MRC Collaborative Centre.  Within a few years it had grown to an enterprise employing more than 50 scientists. The centre charged industry for the services it provided, one of which was the “humanising” of mouse antibodies, a technology invented at the MRC Laboratory of Molecular Biology (LMB) in Cambridge.

In 1987, Dai was appointed head of the MRC.  He revolutionised the way The MRC interacted with industry.  Under his leadership, centres were established with strong industrial links, with the aim of encouraging the practical application of MRC research and inventions. The work of these centres contributed to the development of the “blockbuster” Keytruda antibody for cancer treatment, and of the world’s top-selling pharmaceutical drug, the antibody Humira, which treats rheumatoid arthritis and Crohn’s disease.  Four of the antibodies created at Mill Hill for pharmaceutical companies were later approved for marketing, including

Keytruda. Indeed, the royalties from Keytruda currently fund the activities of LifeArc, a UK medical research charity spun from the MRC.  The fostering of these principles was involved in the development of the Clearblue pregnancy test and eventually helped make Covid Lateral Flow Tests a household device.

In 1990, he set up the council’s first interdisciplinary research centre, the Centre for Protein Engineering (CPE), in Cambridge. He also facilitated the spinning out of the biotechnology company Cambridge Antibody Technology (CAT) from further inventions at the LMB and CPE. Within a few years CAT had helped create Humira. 

He was awarded the Colworth research medal of the Biochemical Society (1970), the first Tate & Lyle medal from the RSC (1970) and elected fellow of the Royal Society (1981). In 1993 he was knighted. He retired from the MRC in 1996 and focused on his role as president of the European Science Foundation (1994-99).

In the mid-90s Dai was an active member of the steering group developing the government’s Technology Foresight programme, which aimed to identify and fund areas of research most likely to lead to practical application.   When the Dept of Biology at York established the Centre for Novel Agricultural Products, Dai enthusiastically chaired Prof Diana Bowles Steering Committee,

But it wasn’t all work. Dai could relax by birdwatching, much of it done from his vintage cruiser (Think Tank), on the inland waterways. Family and friends were often invited, and he was not only a brilliant thinker, but very good company.

He is survived by Myfanwy, their daughter, Olwen, two sons, Lewis and Dan, three grandsons, Lorcan, Alex and Owen, and a granddaughter, Olivia.
 

Peter Lillford CBE FRSC, Chris Lawson FRSC, September 2021
 
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