From owner-structural-nmr@net.bio.net Sat Aug 02 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: "alexandrescu@ubaclu.unibas.ch"@ubaclu.unibas.ch
Newsgroups: bionet.structural-nmr
Subject: NMR Postdoctoral Position  Basel, Switzerland
Date: 3 Aug 1997 11:01:47 -0700
Organization: University of Basel, Switzerland
Lines: 44
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <01IM03UXSSN68Y7BY2@ubaclu.unibas.ch>
NNTP-Posting-Host: net.bio.net

Relay-Version: ANU News - V6.1B10 04/18/95 OpenVMS VAX; site yogi.urz.unibas.ch
Path: ubaclu.unibas.ch!nntp
Newsgroups: bionet.structural-nmr
Subject: NMR Postdoctoral Position  Basel, Switzerland
Message-ID: <1997Aug3.121630.47579@yogi.urz.unibas.ch>
From: Andrei Alexandrescu <alexandrescu@ubaclu.unibas.ch>
Date: 3 Aug 97 12:16:30 MET
Organization: Biozentrum, U-Basel
Nntp-Posting-Host: secsy.bioz.unibas.ch
X-Mailer: Mozilla 1.1N (Macintosh; I; PPC)
MIME-Version: 1.0
X-URL: news:bionet.structural-nmr
Content-Transfer-Encoding: 7bit
Content-Type: text/plain; charset=us-ascii
Lines: 28

NMR Postdoctoral Position 
 Basel, Switzerland -


A  postdoctoral position is open immediately
for a recent Ph.D. with a background in multidimensional 
heteronuclear NMR.  My group's research interests are: 
(1) folding of non-homologous proteins that share an 
oligonucleotide-binding motif, (2) protein dynamics, and 
to a lesser extent (3) protein structure determination.  
We have at least 5 proteins/peptide systems that are amenable
to 13C/15N labelling.  A brand new Bruker AVANCE DRX 
spectrometer operating at 600 MHz is available for 
measurements.  The instrument is equipped with pulse field
gradients, triple resonance probes,
and 4 channels for multi-dimensional heteronuclear 
experiments.  Two SGI computers are available for NMR data 
analysis and structure calculation.  


Applications including a curriculum vitae and the names 
of referees familiar with the applicants work
should be submitted to: Dr. A. Alexandrescu, Department 
of Structural Biology, Biozentrum, University of Basel, 
Klingelbergstr. 70, CH-4056 Basel, Fax: +41-61-267 2109,
 e-mail: alexandrescu@ubaclu.unibas.ch



From owner-structural-nmr@net.bio.net Mon Aug 04 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Mark Girvin <girvin@aecom.yu.edu>
Newsgroups: bionet.structural-nmr
Subject: NMR "PRINCIPAL ASSOCIATE" POSITION AVAILABLE
Date: 5 Aug 1997 01:19:46 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 51
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <3.0.32.19970804222258.00696234@medusa.bioc.aecom.yu.edu>
NNTP-Posting-Host: net.bio.net

		NMR "PRINCIPAL ASSOCIATE" POSITION AVAILABLE

NMR Principal Associate position to supervise the Structural NMR Resource
at Albert Einstein College of Medicine (AECOM). We're losing our
highly-regarded and well-liked staff member to an excellent industrial
position in September :(

				THE POSITION:
	The position involves a range of duties and skills. Basic instrument
supervision and some maintenance are essential parts of the job. The
instruments are new, in good shape, and under warrantee for at least the
next three years, so this is not too burdensome. Training, assisting, and
interacting with users is also a significant part of the position. The
implementation and testing of pulse programs is desirable.  Collaborative
research projects are strongly encouraged, hopefully at least one project
and any given time. Research collaborations will help one stay involved
with faculty, have results to present at the ENC or equivalent, and
maintain one's publishing record.
	The Principal Associate is a permanent, "hard money" position.  Salary
increases and promotions are possible in this position, and to be expected.

				INSTRUMENTATION:
	The Structural NMR Resource at Albert Einstein College of Medicine
(http://www.bioc.aecom.yu.edu/labs/girvlab/nmr) occupies a space specially
constructed to house the new Bruker DRX-600 4-channel and DRX-300 2-channel
systems, along with substantial computational resources (hardware &
software).  The new Resource complements the existing 500, 400, and 200 MHz
instruments which are used for physiological NMR

				ENVIRONMENT & LOCATION:
	AECOM provides an interactive, collaborative, friendly, and stimulating
environment. The Biochemistry Department is particularly strong in
mechanistic and structural biochemistry (http://www.bioc.aecom.yu.edu/).
	The Albert Einstein College of Medicine campus is located in a "pleasant
residential neighborhood" of the North Bronx:
http://leper1.ca.aecom.yu.edu/sggd/pages/overview/neighbor.htm
Faculty and staff live in the surrounding neighborhoods, or in Manhattan,
or Westchester County, which are both 15 to 45 minute commutes from AECOM,
depending on the location.

				APPLICATIONS:
	Applications will be reviewed beginning August 18, 1997.  The preferred
starting date is September to October 1997.  Every effort will be made to
inform all applicants of the status of the search and their applications
(please include an email address).  Send Curriculum Vitae and have three
letters of reference sent to: Mark Girvin, Biochemistry Department, Albert
Einstein College of Medicine, Jack and Pearl Resnick Campus, 1300 Morris
Park Ave., Bronx, NY 10461. (girvin@aecom.yu.edu).

			AECOM is an Equal Opportunity Employer.


From owner-structural-nmr@net.bio.net Sat Aug 09 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: "R. Andrew Byrd" <rabyrd@ncifcrf.gov>
Newsgroups: bionet.structural-nmr
Subject: Position Available
Date: 10 Aug 1997 12:17:38 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 44
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <33E8F486.38F8@ncifcrf.gov>
NNTP-Posting-Host: net.bio.net

NMR Group System Administrator/Computational Support

The Macromolecular NMR Section of the ABL-Basic Research
Program, NCI-FCRDC has an immediate opening for a motivated
individual to handle system administration and scientific
computing responsibilities.  The Section operates a network
of Unix workstations (predominantly SGI with two Sun Sparc
workstations as part of NMR spectrometers) and PCs (Pentium
and Macintosh).  The network includes individual workstations
and a computational server.  There are also interactions with
the Frederick Biomedical Supercomputing Center (FBSC) which
operates a range of Cray and multi-processor SGI systems.
The successful candidate will have knowledge of Unix,
C programming, and system administration plus experience
with NMR data processing and/or structure calculations.
Experience or familiarity with one or more of the following
packages is desired:  NMRPipe, ANSIG, XPLOR, Procheck, AQUA,
MOLMOL, and Insight.  Knowledge of Windows and PC systems is
a plus.  This individual will interact with a multi-
disciplinary group of scientists and collaborate on research
projects involving either structure determination or
development/enhancement of software tools to accomplish
these tasks.  Responsibilities will include software and
hardware maintenance, upgrades, and planning for future
requirements.

Persons with recent M.S. or Ph.D degrees involved with NMR
and structuredetermination are encouraged to apply;
computational experience will substitute for formal computer
science training.  Minimum qualifications include a B.S. in
computer science, chemistry or biochemistry with 3-5 years
relevant experience.  This is a full-time position with
excellent salary and benefits.  Interested individuals should
contact:

        R. Andrew Byrd
        c/o Human Resources/ABL-BRP
        NCI-FCRDC,
        P.O. Box B, Bldg. 428
        Frederick, MD 21702-1201

        email: rabyrd@ncifcrf.gov
        WWW: http://www-brp.ncifcrf.gov/abl/msl/byrd.html


From owner-structural-nmr@net.bio.net Sat Aug 09 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Laura G Barrientos <lgb+@andrew.cmu.edu>
Newsgroups: bionet.structural-nmr
Subject: Prolines.
Date: 10 Aug 1997 12:15:47 -0700
Organization: Chemistry, Carnegie Mellon, Pittsburgh, PA
Lines: 12
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <AnunOEa00iVC02eks0@andrew.cmu.edu>
NNTP-Posting-Host: net.bio.net

Hello everyone,

I am currently assigning a 98aa protein that has 11 prolines.  I found
difficult to assign the prolines from just COSY, TOCSY, and NOESY.  The
protein will soon be 15N-labeled.  Can anyone suggest me a pulse
sequence that would easy the assignment of the prolines?  Keep in mind
that I will have in hands only the no labeled and the15N-labeled protein.

Thanks a lot and have a great weekend,

Laura. 


From owner-structural-nmr@net.bio.net Mon Aug 11 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Istvan Pelczer <ipelczer@phoenix.Princeton.EDU>
Newsgroups: bionet.structural-nmr
Subject: Re: ultra shims
Date: 12 Aug 1997 11:33:01 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 41
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <Pine.SUN.3.91.970812132650.27359E-100000@phoenix.princeton.edu>
NNTP-Posting-Host: net.bio.net


Dear Graham,
I suppose you will be working with samples in water, so I certainly 
advocate the higher number of shims.
Cheers,
Istvan

wwww,wwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwww
Istvan Pelczer, Ph.D.		       		Email: ipelczer@princeton.edu
Senior NMR Spectroscopist
Princeton University
Department of Chemistry, Frick Lab.,	 		 ph#  (609) 258 2342
Washington Road						fax#  (609) 258 6746
Princeton,  NJ 08544, USA


On 12 Aug 1997, Graham E Jackson wrote:

> Dear all
> We are looking to purchase a new 600MHz nmr system.   There is the 
> option of going for a 28 shim coil system rather than the standard 20 
> coils system.   Do the extra shim coils justify the added expense?   
> Is there anyone who has bought the Ultra shim option and would not do 
> without it?
> Thanks
> Graham
> 
> 
> Graham E Jackson
> Associate Professor
> Department of Chemistry
> University of Cape Town
> Cape Town
> South Africa
> 
> Fax: (027 21) 6897499
> Tel: (027 21) 6502531
> E-mail: jackson@psipsy.uct.ac.za
> 
> 


From owner-structural-nmr@net.bio.net Mon Aug 11 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: "Graham E Jackson" <jackson@psipsy.uct.ac.za>
Newsgroups: bionet.structural-nmr
Subject: ultra shims
Date: 12 Aug 1997 09:44:46 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 21
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <5sout5$ckq@mserv1.dl.ac.uk>
NNTP-Posting-Host: net.bio.net

Dear all
We are looking to purchase a new 600MHz nmr system.   There is the 
option of going for a 28 shim coil system rather than the standard 20 
coils system.   Do the extra shim coils justify the added expense?   
Is there anyone who has bought the Ultra shim option and would not do 
without it?
Thanks
Graham


Graham E Jackson
Associate Professor
Department of Chemistry
University of Cape Town
Cape Town
South Africa

Fax: (027 21) 6897499
Tel: (027 21) 6502531
E-mail: jackson@psipsy.uct.ac.za


From owner-structural-nmr@net.bio.net Wed Aug 13 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Guang Yi Xu <GXu@genetics.com>
Newsgroups: bionet.structural-nmr
Subject: NMR Postdoctoral Scientist Position available
Date: 14 Aug 1997 13:22:22 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 244
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <s3f327e9.021@genetics.com>
NNTP-Posting-Host: net.bio.net

Genetics Institute, Inc
Cambridge, MA

Small Molecule Drug Discovery

The Small Molecule Drug Discovery group at Genetics Institute is
housed in a separate 44,000 sq. ft. facility, located one mile from
corporate headquarters. The facility is equipped with the latest
technology for modern drug discovery including a 600MHz NMR, X-Ray
lab, Computational chemistry, High throughput screening and Medicinal
chemistry. The facility houses 50 scientists engaged in the discovery
of novel treatments of inflammatory disorders such as Asthma and
Rheumatoid arthritis. The interdisplinary team has established itself
as a leader in Selectin biology and the role of cytosolic
phospholipase A2 in the production of eicosanoids.  

NMR Postdoctoral Scientist
A postdoctoral position is available immediately to join our NMR
group. The group has  successfully completed the structures of
protein up to 20,000 daltons and currently studying protein/ligand
interactions. We have an opening for a post doctoral candidate
interested in determining the solution structure of proteins, protein
dynamics and protein-ligand interactions. The successful candidate
will have recently completed a Ph.D and have experience in
determining protein structureby NMR. An appreciation of
computational and molecular biology is desirable.

The NMR facility of SMDD at Genetics Institute, Inc. is equipped with
Varian Unity+ 600 with 4 channel capability, multiple R10,000
workstation including an eight processor Challenge. In addition we
have state of the art molecular biology and protein biochemistry
group to support the structural biology efforts.

Please submit CV and cover letter to :
Dr. Guang-Yi Xu
Small Molecule Drug Discovery
Genetics Institute, Inc.
87 Cambridge Park Drive
Cambridge, MA 02140.  
Phone: (617)498-8968, FAX: (617)498-8993, 
E-mail: gxu@genetics.com

begin 644 NMR ad
M*%1H:7,@9FEL92!M=7-T(&)E(&-O;G9E<G1E9"!W:71H($)I;DAE>"`T+C`I
M"CHB3FHP.$PB2T,A(D$X)3-C.64B)"U*(S,B(RTC(2HA)2%$27(Y92(D8F%"
M(4XA*2(L(2TB(2HA)R$S(S,A84$*,B$J(2,F+6TA3B$R6"LS(40F0$XA)THA
M(BI!2B)$2B%@-'%3(4PD16TA,FUF<B$A2BI:4R$C)$(P.64B23DF0@ID+20X
M9#$V,VDM(2DA3B$P03@F-$`Y92(D+4HC,R,F1S,Y)D-!."4M8B$J(4)8(DU`
M42$C,R)+1&QK,G$U0TII"E%$(2%3*E%8(2%0-"PU4#!20$I@-2$A,%$B)BDU
M-E(Y(FM*)2DM,F`A(3A):R$C(S,A6%A@6R$B:3-(4R(B)3(*:2%`*BM.0$8I
M*5`G86)`1B5",C5*+61J92E25FUA)4%3<EMA(FM*(EHJ)$HB1%0U52$D(R5R
M(2%M,#@I(25+)@IM(2$X(2QK,R4V4C@Y0F`A)"9`+2$C8D-5(2-+(U5*(5,S
M4"TX6R$C,R(B*2$A8",S)6!I(2%@(S,C8"4A3B$I"B5C,R,S(4HE*2$A2B%.
M,G$S+4HQ.6!@(S,A6#$S(4HE(6!J(2,A2B0D3B$I)"$M,3,A2C,A8&HA(R(S
M)"1.(2D*)R$M,3,A2D8A8&HA(R,A)"1.(2DJ(2TQ,R%*4R%@:B$C(V`D)$XA
M*2TA+3$S(4ID(6!J(2,D2B0D3B$I,B$M,0HS(4LA(6!J(2,E,R0D3B$I-2$M
M,C,A*B$C)"$C,R,S8"%D*B$C(3,A."$J(2HU(2,S(61*(4XA+3@A1R,S(4HI
M"B$D(2,S(C,E(4XA+2TA62,S(4HM(28A(S,C-BDA3B%&."%P(S,A2C,A)4EQ
M(B$R<6DA*B$C:DHA3B$J(2-R8"$*-"(P(S,A2C@A)B$C,R,X2B%.(3`I(2HA
M)"8A03-.(2DG(2%"(4XA+2=.(2PS3B$I*"$A2B%.(3@I(G`C,R%*2@HA(DHC
M,R%@0BED*B$C(S,A0"$J(2HA,R,S(S1"*F0J(2,C2B$M(2HA*B0A5C-.(2DM
M(2%@(4XA3BU.(2PS9#,C"C,A2R$A3B%D,R$P)S,A2B4A)F`C,R,S+2$A,T,H
M0T!J4$=1)2$F8"@T3B$I(R$A2B$D(2$M(2%*(V1#(2,A8"$*+2$J(25*(2,S
M(B%@)&1#(2,B(2%$(2HA,#(A(C,A*$HA4$HD*2$B4R5D1RDB(2%"(4XA+2<A
M1RLS(4HI(3`A(PHS)R(A-28B+60M8B5-(2HA-#`A+#5.(2DD(2,S(4XB)34A
M*B$D)4HC,R%*,4HA-5,A3B$X3B%P*S,A2C,A*B$C"C,E-"DA3B$M-2$J(2,A
M8"$B*THC,R(U,R5D5"$C(THA1"$J(2QR8",S(6!M(35@(3(A)5@A)TI6-4XA
M*2TA(E@*(4XA9"TA(2TG-&8Y6D-!0TLA(E@M9%0A(R0S(44A*B$P)"$A)").
M1U!%43EF0C,A121'+#8A*B$C)B$C,R-B:0HA3B$M6"$B,R%D:B$C(3,A)R$A
M)2$B2B@V3B$I)B$B,R%.(4XB(21"(4XA+2(A(C,F9&HA(R4S(2TA*B$J)"(H
M"C9H8",S(4I*(4XA."DA,'$S(4HE(2,A(S,B,THB:&HA(R%*(2DA*B$F(R$L
M24XA*20A(4HA3B$X*2%P<3,A2C,*(2,A(S,B,THE:&HA(R(S(2DA*B$F(R%!
M24XA*2<A(4HA3B$X*2)9<3,A2D8A(R$C,R(S2BAH:B$C(R$A*2$J(0HF(RHA
M(VAP)2(A(D8A3B%@)S1F.5I#04-+(2)&(F1#(2,A2B$I(2HA)"0A(2DA62@U
M)"$A12$J(24D)R9D0S8M"F`A*B$D)"$C,R%*0RA#0&I01U$E(2=@8S5.(2DP
M(2)8(4XA,RU"0310+6,A(4XA+2TA*B$C(DY'4$51.69",R$*121'*2%.(2TU
M)3@P6T91.5@I)D=;1E$T,T-!*E%#0#!D(2HA(R$V2B%.(2DB(R$A*2$J)').
M(3,G2&5',TDV(0IA(2HA42$S(S,B(655(2HA)B8A(S,B1%@A34HC,R5@4R%.
M(BTJ(2HA4"%*53,A2B,S)3,I(2$S(S,E,R4A*"$C"C,E8"TA3B(E(B$A8"%.
M(BTG(2HA-"$S(2HA*B$T(6`C,R5@*VLG(2,S)6`I(4XB+2(A*B$V(B$C,R4S
M+2$D(2,*,R4S*2$B8",S)55R4R$J(39I(2,S(B@S(2$S(F`A*2$A)$HC,R(A
M+24T2B,S(BE@(2,A(4HB(R,S(4HS(4XA6@HB4C!E<2IH;&5'2C92(2HA)"$S
M(S,B4W(Y:T-*4#0K.%LB*TXA3B%6)R8S42<J-C50*R$U4R$J(20A;4XA3B$Y
M"FI0+65:1T%$:#!3:U$A*B$E,T$M(4XA8B$A*B$E(68Y9"$J(2<K(3-,(2%"
M(4XA1C$X(2,S(E!)<FQR(28A*B$*)R%0(F(A*B$G,VMF56TA2"$A*B$F(3,C
M,R,D<5968U)'8"$C,R)@1B%.(4HB8B$C,R,R<3,A2B,S)3,E(4XB.`HF(2HA
M-B$S(S,J,S(J(2HA-2%!(DPA*B$D:2$X1V$A(B%M(2)K(2HA*"-@(S,A:7%E
M)$-!1T$E<5HJ6F5;9B$C"C,A<G$S(4HC,R%F564D:VA9025B52I41%LQ(2,S
M(68Y42$J(2155C@Q5C4Y,S8K0E%&54XS(2HA(R%*(S,B2%4*<"AP04E!,C93
M2%ID224A(S,A82HB(2HA*R1*(S,A82$A3B%M,2$J(20I(2,S(60P4R$J(34C
M.&0A3B(J-40S(PHS)6!.(4XA*FUR2D5A9$);+6I!:$A913)!,R$A(D<C(2%.
M(2IP27)%861"2"UJ<G))<FPR03,A(2(L52$A3B%""D(A*6!*(2HA*2%6)2%.
M(2QH-4HM,6A#)C1H;#$G,$A26B$J(2,A03!0(2HA(W!Q6"1%<'(T;4=Q8TM-
M<E9R8",*,R%*)EI#,R,S(4LA(4XA*B$A,R,S(B$I(2%*(S,B,TXA3B(E(D)H
M,R%.(2IP6F9255MC655M35E&23(V3&TA(PHS(E)F<DAQ:TE(<G)B+5!A;7`Q
M*$HA(2MJ92$C,R%@*S,A3$HA3B$S8"$J(2,B2B%*(2$F6$,S(S,A4D=K6"(S
M"BEP:"5(93(R<&):(2%.(2DD12<S(4XA*FA(4RAH<EEJ9"A;;&-R:U9*(2HA
M(R%`:DXA*B$D(6`C,R%@*2$A2B,*,R%I)"$A*B$H,45F:'%:2T5J<EI)15E2
M9D5H2B$A,R,S(BA1<'!R5EMF<4ER069R0W!1<FTA(29H(2HA)3`A(0HD(2HA
M)"$S(S,A4R$A3B$S(D92,R%.(2IF96-2)FEM6&QR*')R03%!<68A(21%)VTA
M3B$L9F5H4B1@6$=R<E!R"G)Q,4%Q9B$A(T,S(S,A8$4A(2HA(S,A(S,B,THA
M3B$S)$)!0B%.(B4B+#,C,R%H25I6<E59;#)::%MM<7!9<5L*:2$J(20B2B,S
M(5)R6EMR<5MR6UMH6VIQ<G!Q6V`A(3!:0S,C,R-3(S,A2B,S(C,J4$=*(S,A
M45IL4E(X35I2-@HG:"U99D=H,48A(29D(2HA)$1L6G%P-2UK<"TU;6)H0VA`
M;&`A(591;2$J(2<A8",S(6DA*24J(2,A*B$D(4$S"B4A*B$C.$91,C)02B%.
M(7`T:$)M<4$A(S,D9"$A3B%M2C,S(S,E,R9-0C,C,R4S*F-B,R,S)4HE62$J
M(2-!;6D*+24F3B4S(2,S(R$J3B$J(21)<5MR3B$L27)M(2%.(4HC0F8X(4XA
M*D=6<7)':&UP2B$J(2DA44=C(2HA-F0A(PHS)3,M)S8A(S,A4E%@6E(V14E%
M<D=J*F%@*6--:2$A*2%.(31#;4E4<69;9G)H;6M&27(M:W$A(21&44XA3B$I
M"BDA(2DA3B$Y(2$J(2,A8$HA3B%&8U);,G(D9E1P8VEK,D8S(2)E8"$B15$S
M(4XA*6-26TEQ)&AL<FAI54E&;"D*(G)@(2-"8B$A3B$I8$HA(2,A,R,S(6`I
M(24A(S,C039Q<6AK4W);0492+'%:+'!$5%,A(U-B,R,S(5(V<FAF:PI4<%M!
M<&A2<%HR<#54;2$B8D0S(S,B)2%*:2$D(2$J(24I(DHI(2$E8BDA(S,E:2$A
M3B$I2T9L1&QE1FAR9'%'"C)&;4<H8"$C,R%1)F0A*B$C*7(Q:')R:#)R<$E2
M;')))C9Q(2$A43E@(2HA*B<A(S,A8"4A3B$M(B$J(24X2$D*<EI5,FQE:"IC
M<E)M;$1Q(2%.(4,V:EMQ:U1P6T%P:%MQ<F-9<&DA(S,B3B$C(2HA(THA+2%.
M(4XD15(S(4XA*@IK:$8R1%5@:W!(<D$P<G`X2"$J(2A'6W$D:&M:,5IR<G!C
M<G(Y,DHC,R%@93`A*B$E2B4A(4XA+2DA*B$D*"$C"C,A8"4A3B$V1G)8(S)$
M9E$M2&4R1T9H92EL(2$D1T$A(4XA+'!R5G)61&AF*4AR6T=&:&4I8R$A)$)F
M6"%.(34*(2$C2B%.(2DI(2HA)F`A(S,A82TA3B(L<DXA*2%.(2ER6"$C,R5-
M<6DA*B$D(2HA+2(S(S,E,R4A3B(M(BDF(0HA3B(E(C-!*2%.(BIB1#,C,R%2
M8"I:85,B06A(63$P,CE)5FTA3B%'<G)%;4%I27)H<FQ6:&@V;'(A*B$C(6@T
M"EHA*B$E(4HC,R)*-#,A*B$J24)@24YR:EEF25E5(21R.&A':VDA8",S(BAR
M8"1J,G%%26AR14PA17)9:$A:(2(*2T)@(S,A2B4A3B$S2B4A)2%.(44A(4`F
M8B$J(4!%62@K<F9'0%%R:#A%66I;531@(2$V,F`A*B$V2B$C,R4S*0I*.2$C
M,R4S)F1",R,S)3,E(4XB+2)#)VTA3B(E)$5F8"%.(T-D(2HA.",A(S,E,RI0
M0R$C,R4S*VI1(2,S)3,E"F5M(2,S)5$Y42$J(38I(2,S)5-&,R$J(30A47!D
M(2HA-B,A(S,E,RI00R$C,R4S*VI+(2,S)3,E9DXA(2%.(BD*)BU@(S,E4$=;
M(2HA;"4A(S-',RMJ1B$C,RHS+2$A2B,S,5,A(4XB,R,A*B%0(5906"$J(30A
M<G$S(4HC,R4S+0HA(4HC,S$S+2%.(C@C(2HA:RPJ9"%.(BTC(2HA03`A,#5*
M(24A3B$I)BUB:64L32E2+6)I92Q-*5@I*TY*+391"C,A34)*,V9P8D-`8$HS
M9G!B1B=P8D)!-%1%9FE*-B=0641!-%!#(2,S(6)@)#A3(2(A*B$C(C8M6C`U
M:6(H9#`*8D-`)F1#0#-*1V909$0C(D%%:"I.."<Y8D-1.4U'*U-*+6)I92Q-
M*2%.(2U:(2HA)")@(5,A(RTC0$HK0"$J(0HC6")-0%$A(S,D8$8A3B%P:2$A
M+2%.(3`I(25*(4XA,R-F2BE3<G$H<FE*+&HA3D(D-&`X4R%R8"$A2B,S(61*
M"B$U(2,S(B$L1"%,2B$A,R,S(68S(4XA+2(A(2<S(6`C,R%@)5(D8"$B(2$E
M(4XA85,C(2%#(4,A(2$J(3(A,R,*,R5*)2%.(2TY8V`C,R%+-C(A*B$D;"$K
M9$DL(4AF2B,S(6%@(6A*(2DX)C!01R$C,R%D5#,U47!,(2HA)#E0,`ID2$!@
M(4XA,$Q'43EB1F`A(B$G:C8Y)BE*(2HA)$M0-#9')V`A3B$Q-4=E(F)'2B,S
M(6IJ030G)F0A*B$D55`B"F0X*#,A3B$Q9B$A*').(2DA3B$S(UDH3"$A(2AR
M3B$I(4XA+4`A5C1I4B$A(B$J(2,I(2,S(4Q*(4XA.")R:B$*(RDA(39:,RMD
M1VE@(2%;<3,A3"$A)7(E(UDH,$I;<C9R3B$I2B$A-FHA*B$E0DA8(2)@(S,A
M2C@R(2HA)B%)<0HS(4HC,R%*0RPA*B$F(4EQ,R%*(S,A2S-+(58T<B4A(2)R
M:B$C(2HA(R8F+2%.(3,G2&5',TDV(6$B4EE!."AD"F$M,&`V(2(A4B$J(20D
M(2$D(2%M(4XA*5(A(B$V:#!8)"$B*V`G,$1"(2HA(R)264$X*&1A+2$C,R%+
M*21F<"D**R$B5G(A*B$D)&`A;2$A;2$R,FTA3B$M,B$E6"$D8"(L(2)3*V19
M+2%.(2DX(2-L<BQ*(5AR8F`A+$HA6B$C8`HA+"$A."$P,D4A*B$C(4HD160S
M)2$F5B%"951*(2%@(2(A(C,A(3,Y.$1`95!&8"%`(4<G,R%**2$C(2$M(2%I
M"B$C(2PT:"$I(2@A,R%.(5,E*F`C,R%A6"$C,R%.(2HA(RI@(48A66,Q(2HA
M(S,I(2%C558S(DHA)R$A)2$B5"$*(V0K6R0A(2@D9#,I(2,A(3$A(S,A(R$L
M-%MD1U!%43ED1$`P8RDE4%I&:#141R@Y9$,U8$HU0&I-9#,I(2,A(0I.(2)*
M(2,A+#1H(2DA+2$E(2$S(2(A(2DA3B$M,B$J(20M8",S(B$E)2$J(20D8",S
M(6!M(4XA*24J8",S(6$I"B$B2B%"(2HA(RI@(6`A66,Q(2HA(TTS(S,A6&HD
M0D!E3$914$Y#9CA8*25E(F@A*2$G(24A(4HA(B$A+2%.(2T*8R$J(20U8",S
M(B$E(2<A+$9562$G(2%"(B$J(2,B5"$C9"M;1B%*(4XA,R$D(2$E(2(A(S,A
M9%@A3B$P32$J(0HE(35&(4XA+4$A(48A*$HC,R%,1B$J(2Q&8THC,R%+<2$A
M+6M59"%"(2)*(2(A(40S(5DC5F0S*2$C(2%"(2)I"B$C(2PT.&9E2T4J(2,I
M)65;12<Y34=`85`I)31B1T!&2C0G4&-"9G!F0T$J:F0S*2$C(2%((2%I(2,A
M+#1@8",*(6!P8",A)"$B(2$S(2$S(28A*B$D0F`C,R%I)2%.(3,B(B$C,R%F
M+2%.(3!-(2HA(R(C1B%.(2TM(2$M(21@(PHS(4Q&(2TA+$9562$G(2%"(B$J
M(2,B5"$C9"M;1B%*(4(A,R$F(2$E(2)*(S,A:24A3B$Q,R$A(S,B(24A)R$L
M"D8Y)TM0*28P64)`8C,A3"(P169A4$)H.5A#-2(E1E(Y4BDE-%1&9C!;1U$Y
M8D@U(E)&47!E1B,B2T<C(BA#0&H*4$<G4$U&8B(J15(P9$1!-&5')SA*1$$M
M2D0G<&5&9CE.*2=06BDG*$8A*B$C(4HD1D9F.6!"02I+1R<X2C`J(0HC+"0C
M,R%B(F-&-6E*0U(S6BDG0TM"9E!81$$T:BPC(EA%9C!+1R<Y3BDG<%I#-2)9
M1$!A4"DG0V)%9F1*0F9P"F)&)W!B0D$T4"DG2U!"0#1A1T`F8D<G.6)&8FQ&
M(2HA(R%*)$8Y)TM0*2=#2T)F4%A$031J*2=08RDG.6%'0%`*8$XA*E!#(R)H
M1$$T4RDH-%-#-2)80D$T4$9H,TI')SE-1"=J6T4G<%)(-2)116@I2D5`<$Y#
M02I:*2<T8D=`1@I*0R=08T)F<&9#02IJ:"$C,R%**2%H)U!:0F9A94,G4%I#
M8B)+*21"8$XA*C`U*%-*-DYE-2PC(D)04"I+2#4B"EA"0"E8*24P6T5!(F5'
M)R9D1$!P6D)`8$I"9DM014!08T<H*FHL(R(I1$!'4V@A(S,A2BDA:"@T4T91
M<&5#9DL*8$=!,TI&9C!B0T,A(T514%I#8B)+15$S2C9`.4Y$0#!415$F6"DG
M,%-#0&541F@T8D@U:4HY)TM0*2=#2T)F4`I81$$T:BDG2UM'03!01F(A92TC
M(F-"9E!015(T5$9H-&-H(2,S(4HI(6@G.5I#9B920T`S2D1`:4I')TM0*2<T
M"E1&9C!;1U$Y8D@U(EM#3"):16A#4$4C(F1&43E+1R=E4$52-&,I)W!1*2=0
M6D-184M%0R$C0D$T6T923DI#)U`*8T5H*DY#02IC*2@P94)F2DI"03)&(2HA
M(R%*)$8S03!D1"=E2RDG)EI#(R(U1"<Y945`)F1%9E!.*2<F8D<G2PIB1$$T
M5$9B:4HY)TM0*2=06D<G.6)#)U!C1B=A5$51)F)(-2)D0T`F62DG2TM&8B)0
M1F@T2T)1851&9DM00R,B"E1'*#!012=%1B$J(2,A2B1&0D$M2D(U(EA#0"9.
M0T$I2D1`:4HX9CE80T`P9$1`:4I"45!;12=P4D@U(DM%43,*2D<G2U`I*"I;
M12<X2D5F0DI":%!D16@P6T4G4$TI*")316@P8$0G<%A$02)+1F8X2C,V*4I$
M0&E*1R=+4&@A(PHS(4HI(6@H(F)%9C1E0F@T5$5F:4I%9D)*0T!0345H,$M%
M47!40R@M6BDJ(2-H(2DA*B$E(2)*(2HA(6TA3B$Q"C,A(2,S(4HE02$J(24A
M-48A3B$M+2$A+2$E(2,S(4Q&(2HA+$9D,RDA(R$A,2$A8"$C(2PT3B$I(B$B
M2&`G,$0*0B$B,R$A,R$D(2$E)S1F.5I#04-+(2)&(F1'8",A)"$B(2%&(2$S
M(3,A*B$C(31&(4XA*2(J8",S(B$E)2$J(0HC(31&(4XA*2(F8",S(4HS4B$J
M(20D2B$E(2(M(4XA*5(A)"$C:"TM(2%&,C0A,R%`6")-0%$A(20A(24A)B$A
M"B(B.31414`Y8R$B0B)D0R$C(4HA*2$A8"$E2B$I(5DF,38Y*4HX)W!C1R<T
M6T)H-%M&4298*28P341`.5I')U`*8T<M+2%*+3(T(3,A1%@B34!1(2$X(2$E
M(28S(2(C.$M012A#4$<G4$U",R%$(4<H1B%*(6`A,R$I(2$E(24S(PHS(4HE
M4B$J(2,A-E,A3B$S(B(A(S,A2B52(2HA(R$U1B%.(2DE*F`C,R%@8"$A8"$R
M(2HA(RI@(6`A66,T(4HA"BDA(BDA)$HA*2%9)S,A2B4A)E8A0F542B$F,R$B
M(2(S(2$S.3A$0&501F`A0"%')B(I*");1F@T3D5F,&1%:"H*2T4C(F!%:#!4
M1R=06T5,(E1&8B)+1U$F5$4G)DQ%)SA*1$!F,R%1.4Y$0"9D0T!A:BDH-%LI
M)U1;1$!I2D5H.0IB*25J,#A,(E)&47!E1B-I2CDG2U!H(2,S(4M@)2$J(2,A
M-E,A3B$I(C%*(S,A2C-2(2HA)"0A(20A(6TA3B$I"E(A(F`A:"='8D5H.6`I
M)TM+1F(C,R%2,&5":B$C0T$Q,R%10V5%*B$C2#4B345F96!%)SED0T`S2D<G
M2U`I*#`*9$92.4U'*#EB0T$M2D5F0DI&*"I;1R<Y5$5,(F5&+60C(2$K8"<P
M1$)C-20M(58A0F545BUC,RTA(58A0F5430HP1R=M2BU-(5@M*B$D*2<T2T4H
M-%M%4C)&(2HA(R%*)$9"0&I.*2<P9494(2-#0&ID12A.2D9H-&5#*%!415%&
M"DI&*"I;1R<Y5$5,<%A$0$=+15$S2D1`:F1#02I+0F@T5$5F:F,L3")!0S4B
M4T)!0U`I)R9:*2=P8$-`:E1%448*2D-1<&(I)R5*1B=P8T<P8"%.(2DC(3!A
M3D5F,&1%:"I+12,B34)`:DY$0#1+1R<X2D1`:F1#02I01F@T4$,C(@I414PB
M3D-!-%!&465415%06D-B(F1$)SA*1F9P6$=!-%1%9FE*1F@T8D=`,&1'02I0
M*2=P42DH(F)%:#101$!J"F,L,&`A3B$I(R$P86!&47!D0T!06BDG-&I%4299
M1$`P8RDG)EI#(R)@1E%P9$-`4%I046%40V8F6D,C(E1%4C0*4$91)DU')U!;
M15(M6BDF-%-#-2)C1T`Q,R%1.6-.(2I11T!@2D)F)EI#)U!.0D$T4"DH1U1%
M*B$C:"$C,R%**0HA:"=+2T=1.$I&43E-0T!J9$4H3DI"9G!91B=A4$<G.4XI
M)R5*."=*6C0C(DM%43-*1"<F9D,U(E!(*")01E%0"E!%43!0*2=06BDG-%!'
M)SEB14!06D1`:E(I*")B16@T4$1`;$8A*B$C(4HD1D9H-&)'0#!D1T$J4&`A
M;')R6"(*3$@U(C$V.2E:*24F6BDG)F!.(2IB0T`P5$)!-%1%9FE*169"2D)F
M<%E&*#ED0D$T5$5F:DM%(R)+15$S2D5`<`I80T`P944G)F(I)RI4169A6T-H
M3DI$03)&(2HA(R%*)$9#)SEC1$$J2T)185`L66`C(2)*(B$A3B$C(2%#(2HA
M"B,A-E,A3B$I(EA*(S,B(24A)R$L1DXA*2,A(DHB(2%3(2$S(40A*B$C(44I
M(4XA*2)@,R,S(B$E(2<A+$8Y)TL*4"DE:C`X3")10D`P5$4G4&1(-2);0TPB
M-C8X-3,A3")+1R,B*$-`:E!')U!-1F(B*D52,&1$031E1R<X6"DE4`I:0F)I
M2D1!+4I#029E1$$C,R%1.4XI*$=41R=*2CE1)F)$0"9::"$C,R%**2%H)CE:
M1$$T:BMB(68M*B$C*2A'"E1')TI*,",B340G)EI.(2I012,B34)!(DM"45!8
M1$$T:BPC(EE'0&%D1$$B6$,U(C4M-B%8+2HA)"DH1UM&45D*8T<G)F1$0'!:
M*2=06D)F865#)U!:0V(B2T598"%.(2DC(3!A4$1`1U-'(R)@1E%P34-!,3,A
M47!B*24P4T)`8@HS(5$Y6D-F.%HI)5!:*2<F3DXA*E1')U!;14PB:$,U(E-"
M04-0*2@P9$)!-%`I)W!1*2@T4T,U(DM&4C-*14!P"EA#0#!E12<F8BDG*E1%
M9F%;0VA21B$J(2,A2B1&0D!J3BDH(F)%:#101$!I2D)14%M"9DM014!08T<H
M*FHI)T<*8D5H.6`I*#1;*2@P948J(2-%:"ID*2@T4T,U(F-'*"IE0F@T9491
M)E@I)RI4169A6T-H3DI#0$0S(5%P8D<H+0I::"$I(2<A)2$C8"$E(2)I(4XA
M*2)@,R,S(4HH<"$J(24A,R%"(5EB,R%**2$G(24A)"$A(B$B;2%.(2DB<C,C
M"C,A2BDM(2HA)2$S(4(A66$S12<Y2T9F.$I&:#E,14!09"DE,$`I)R9:0R,B
M345H0U!&3")80T$U,R%1.6(I*#0*6RDD5D8A2B%"(3,A,"$A)2$I(2,S(4HI
M+2$J(2,A2U@A3B$S(B$B2B-H)31B+$PB*$=`)EI#:D-#1#4B0D='8`HC(2)*
M(B$A:2$A,R%+(2HA(R%+6"%.(2DC*THC,R(A)2$G(2Q&.&9E2T4J(2,I)65;
M12<Y34=`85`I)31B1T!&"DHT)U!C0F9P9D-!*FIH(2DA)R$E(21@(2(A(RDA
M3B$I(RM*(S,A2BEJ(2HA)2$S(4(A66$H0T!J4$<G4$U&8B(**D52,&1$031E
M1R<X6"DE4%I"8FQ&(4HA0B$S(3,A(24A*6`C,R%**6HA*B$C(4Y*(4XA,R(A
M(DHC:"1*:"DE,`I+14`J8D1`-%)#-2(S0D$J5BDE-&)$04-0:"$I(2<A)2$E
M,R$B(2,S(4XA*2,U(2,S(4HJ02$J(24A,R%"(5EA"B1"0&5,1E%03D-F.%@I
M)64B*20A8BTV,V`L3",S(5E@(R$B2B(A(BDA(3,A4"$J(2,A4$8A3B$I(T-*
M(S,B(24*(2<A+$8X)TM;15$X:RDC2F8M-D94,"1.:5!-2FHP34I8*25#(D`D
M4THK)$)A,&).9#$V3$`Q)%$S(4TM6"DP8`HC(2,S(B$B+2$A,R%1(2HA(R%1
M0B%.(2DC1S,C,R(A)5(A*B$D)"$A)"$A;2%.(2E2(2,S(V@M8"E8(DQK<$9A
M"B90465+1$!@:RDG1VE'.")20T!J4$<G4$U&8FI-169H-"$S(418(DU`42$A
F."$A)2$F,R$B(SA+4$4H0U!')U`*34(S(40A1R595B$C,R%*.@I.
`
end


From owner-structural-nmr@net.bio.net Thu Aug 14 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: CS Raman <raman@hemebase.bio.uci.edu>
Newsgroups: bionet.structural-nmr
Subject: position available
Date: 14 Aug 1997 18:05:05 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 44
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <199708150104.BAA21966@indigo4.bio.uci.edu>
NNTP-Posting-Host: net.bio.net

NMR Group System Administrator/Computational Support

The Macromolecular NMR Section of the ABL-Basic Research
Program, NCI-FCRDC has an immediate opening for a motivated
individual to handle system administration and scientific
computing responsibilities.  The Section operates a network
of Unix workstations (predominantly SGI with two Sun Sparc
workstations as part of NMR spectrometers) and PCs (Pentium
and Macintosh).  The network includes individual workstations
and a computational server.  There are also interactions with
the Frederick Biomedical Supercomputing Center (FBSC) which
operates a range of Cray and multi-processor SGI systems.
The successful candidate will have knowledge of Unix,
C programming, and system administration plus experience
with NMR data processing and/or structure calculations.
Experience or familiarity with one or more of the following
packages is desired:  NMRPipe, ANSIG, XPLOR, Procheck, AQUA,
MOLMOL, and Insight.  Knowledge of Windows and PC systems is
a plus.  This individual will interact with a multi-
disciplinary group of scientists and collaborate on research
projects involving either structure determination or
development/enhancement of software tools to accomplish
these tasks.  Responsibilities will include software and
hardware maintenance, upgrades, and planning for future
requirements.

Persons with recent M.S. or Ph.D degrees involved with NMR
and structuredetermination are encouraged to apply;
computational experience will substitute for formal computer
science training.  Minimum qualifications include a B.S. in
computer science, chemistry or biochemistry with 3-5 years
relevant experience.  This is a full-time position with
excellent salary and benefits.  Interested individuals should
contact:

        R. Andrew Byrd
        c/o Human Resources/ABL-BRP
        NCI-FCRDC,
        P.O. Box B, Bldg. 428
        Frederick, MD 21702-1201

        email: rabyrd@ncifcrf.gov
        WWW: http://www-brp.ncifcrf.gov/abl/msl/byrd.html


From owner-structural-nmr@net.bio.net Tue Aug 19 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: "[31mThe Brewer               [37m" <jj8a@faraday.clas.virginia.edu>
Newsgroups: bionet.structural-nmr
Subject: Average Structure from an ensemble.
Date: 19 Aug 1997 21:27:02 -0700
Organization: University of Virginia
Lines: 13
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <EF6BrF.IzI@murdoch.acc.Virginia.EDU>
NNTP-Posting-Host: net.bio.net


Hello,
Can any one out there tell me how to generate an average
structure from an ensemble.  We have insightII and I would
prefer that, but I'll be glad to hear about other methods too.

Thanks

--
Jaison Jacob
Chemistry Department
Univ. of Virginia


From owner-structural-nmr@net.bio.net Tue Aug 19 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Mark Girvin <girvin@aecom.yu.edu>
Newsgroups: bionet.structural-nmr
Subject: NMR "PRINCIPAL ASSOCIATE" POSITION (UPDATED)
Date: 19 Aug 1997 21:26:32 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 57
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <3.0.32.19970819113512.008f7220@medusa.bioc.aecom.yu.edu>
NNTP-Posting-Host: net.bio.net

		NMR "PRINCIPAL ASSOCIATE" POSITION AVAILABLE - UPDATED

NMR Principal Associate position to supervise the Structural NMR Resource
at Albert Einstein College of Medicine (AECOM).

				THE POSITION:
	Applicants for this position should hold a Ph.D. degree, preferably in
Chemistry or Biochemistry. Experience in multidimensional NMR is essential.
 UNIX software and NMR hardware experience is desirable. 
	This position involves a range of duties. Basic instrument supervision and
some maintenance are essential parts of the job. The instruments are new,
in good shape, and under warrantee for at least the next three years, so
this is not too burdensome. Training, assisting, and interacting with users
is also a significant part of the position. The implementation and testing
of pulse programs is desirable.  Collaborative research projects are
strongly encouraged, hopefully at least one project and any given time.
Research collaborations will help one stay involved with faculty, have
results to present at the ENC or equivalent, and maintain one's publishing
record.  The Principal Associate is a permanent, "hard money" position.
Salary increases and promotions are possible in this position, and to be
expected.

				INSTRUMENTATION:
	The Structural NMR Resource at Albert Einstein College of Medicine
(http://www.bioc.aecom.yu.edu/labs/girvlab/nmr) occupies a space specially
constructed to house the new Bruker DRX-600 4-channel and DRX-300 2-channel
systems, along with substantial computational resources (hardware &
software).  The new Resource complements the existing 500, 400, and 200 MHz
instruments which are used for physiological NMR

				ENVIRONMENT & LOCATION:
	AECOM provides an interactive, collaborative, friendly, and stimulating
environment. The Biochemistry Department is particularly strong in
mechanistic and structural biochemistry (http://www.bioc.aecom.yu.edu/).
	The Albert Einstein College of Medicine campus is located in a "pleasant
residential neighborhood" of the North Bronx:
http://leper1.ca.aecom.yu.edu/sggd/pages/overview/neighbor.htm
Faculty and staff live in the surrounding neighborhoods, or in Manhattan,
or Westchester County, which are both 15 to 45 minute commutes from AECOM,
depending on the location.

				APPLICATIONS:
	I had originally hoped to begin reviewing applications on August 18.  With
everyone's end of the summer schedule of meetings and vacations, this
turned out to be impossible. So, review of applications will begin
September 1, and continue until the position is filled.  Since we're losing
our highly-regarded and well-liked staff member to an excellent industrial
position in September, the preferred starting date is October 1997 - i.e.
as soon as possible.  Every effort will be made to inform all applicants of
the status of the search and their applications (please include an email
address).  Send Curriculum Vitae and have three letters of reference sent
to: Mark Girvin, Biochemistry Department, Albert Einstein College of
Medicine, Jack and Pearl Resnick Campus, 1300 Morris Park Ave., Bronx, NY
10461. (girvin@aecom.yu.edu).

			AECOM is an Equal Opportunity Employer.


From owner-structural-nmr@net.bio.net Tue Aug 19 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: fmohdsom.chem.se.dundee@its.dundee.ac.uk
Newsgroups: bionet.structural-nmr
Subject: images to PC
Date: 20 Aug 1997 10:37:01 -0700
Organization: University of Dundee
Lines: 18
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <fmohdsom.chem.se.dundee.541.33FB2752@its.dundee.ac.uk>
NNTP-Posting-Host: net.bio.net

I have been looking on the net regarding MR image processing on the PC. Over 
here I am using Bruker X32 to process the image. However, more and more 
publications are asking for the softcopy of everything including images. We 
used to just send the copy produced from the video copy processor or take a 
photograph of the image on the screen and send the hard copy of it. Now, we 
have to scan the photograph so that it can be included directly into the 
paper. 

Is there anway I can get the image directly from Bruker X32 to PC and have it 
converted to PC format without going through the photographic session? Our X32 
is not networked to the PC but we are getting Bruker Paravision (still waiting 
like endlessly) running on SG in 1 month (I guess) which will be networked to 
the PC. 

Thank you.

Fauzi


From owner-structural-nmr@net.bio.net Tue Aug 19 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Steve Pascal <pascal@oxbow.biophysics.rochester.edu>
Newsgroups: bionet.structural-nmr
Subject: postdoctoral position
Date: 20 Aug 1997 14:00:39 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 35
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <9708201949.AA18840@oxbow.biophysics.rochester.edu>
NNTP-Posting-Host: net.bio.net



   A postdoctoral position will be available in
my laboratory beginning this fall/winter, to study the 
structure and dynamics of protein complexes involved
in transcriptional regulation.

   Within the last two years, the Department of Biochemistry and 
Biophysics at the University of Rochester has hired two NMR 
spectroscopists, an X-ray crystallographer and installed a fully equipped 
Varian Unity+ 600 MHz spectrometer as part of a structural biology 
initiative.

   Applicants with experience in multi-nuclear NMR spectroscopy
and/or protein expression/purification should send a CV along
with telephone numbers and email addresses of three people familiar with
their work to the address below. Email responses are encouraged.

Thank You


===========================================
Steve Pascal
Assistant Professor
Box 712
Department of Biochemistry & Biophysics
University of Rochester Medical Center
601 Elmwood Ave
Rochester, NY  14642

716-273-4832 (voice)
716-275-6007 (fax)
===========================================



From owner-structural-nmr@net.bio.net Tue Aug 19 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: =?iso-8859-1?Q?H=E5rd_Karl?= <Karl.Hard@hassle.se.astra.com>
Newsgroups: bionet.structural-nmr
Subject: Protein NMR Spectroscopist
Date: 19 Aug 1997 21:30:15 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 36
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <c=SE%a=400NET%p=Astra%l=SWEDEN/HASSLEX/000C0C2D@astra23.astra.com>
NNTP-Posting-Host: net.bio.net

Protein NMR Spectroscopist

The Astra Structural Chemistry Laboratory (ASCL) is a new corporate
competence center to provide high quality structural information on drug
targets for preclinical projects in the different Astra product
companies. The laboratory is currently being established at the Astra
H=E4ssle site in G=F6teborg, Sweden, in a new 5000 m2 building. It is
composed of 3 main disciplines: macromolecular crystallography (2
complete X-ray systems), macromolecular NMR (800 and 600 MHz), and
protein engineering. The initial number of people in the laboratory will
be 20.

We are now looking for a motivated PhD-level NMR spectroscopist to join
the macromolecular NMR group. Experience with structure determination of
isotopically labelled proteins is necessary. The NMR group will work in
close collaboration with the X-ray crystallography and the protein
engineering groups at the ASCL.

For more information, please contact Karl Hard, Head of Protein NMR,
tel. +46 31 776 1604, karl.hard@hassle.se.astra.com, or Jan Hoflack,
Director ASCL, +46 31 776 2715, jan.hoflack@hassle.se.astra.com, or Bob
Carter, Project Manager ASCL, +46 31 776 1621,
bob.carter@hassle.se.astra.com

The complete advertisement, including ten additional vacancies at the
ASCL, has been published in the July 10 issue of Nature and in the July
11 issue of Science.

For further information about Astra: http://www.astra.com

Applications (in English) with full details should be marked
"Macromolecular NMR 76/97", and sent to the following address before
August 31, 1997: Astra
H=E4ssle AB, Human Resources, Att. Linda Wikstrom, S-431 83 Molndal,
Sweden. Fax no. +46 31 776 3746.=20


From owner-structural-nmr@net.bio.net Wed Aug 27 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Ian Armitage <ian@dimer.biochem.umn.edu>
Newsgroups: bionet.structural-nmr
Subject: Re: NMR Spectroscopist position
Date: 28 Aug 1997 10:29:24 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 45
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <Pine.SGI.3.95.970827083713.22558D-100000@dimer.biochem.umn.edu>
NNTP-Posting-Host: net.bio.net



 Attached below is an ad that is scheduled to appear in the 8/25 issue of
the C&EN. David Live, the Manager of the NMR facility here at the U of
Minn, and I would be very grateful if you would bring this opening to the
attention of any qualified candidates.
Thanks, 

Ian M. Armitage

Department of Biochemistry
University of Minnesota
5-130 BSBE
312 Church Street S.E.
Minneapolis, MN 55455

Tel:office 612-624-5977; Lab 612-626-4227
Fax: 612-625-2163
Email: ian@dimer.biochem.umn.edu
Web site: http://bturn.biochem.umn.edu/
*****************************************************************



AD FOR CHEMICAL AND ENGINEERING NEWS
FOR 8/25/97 PUBLICATION
SECTION: EMPLOYMENT-ACADEMIC POSITIONS 
 
      NMR Spectroscopist
> > 
> > Research Associate/NMR Spectroscopist: University of Minnesota
> > Structural Biology NMR Facility is seeking an individual to
> > participate in instrument maintenance, user training, and NMR data
> > collection and collaboration.  Facilities 
> > include: 500, 2-600 & 800 MHz INOVA NMRs.  A Ph.D. and experience in 
> > NMR spectroscopy of biopolymers are required. Applicants with 
> > experience using Varian systems, UNIX  and 
> > current multiple dimensional NMR experiments will be preferred.  
> > Postdoc experience is desirable.  Salary range is $25,000- $40,000.  
> > Interested persons should send letter of application, resume, and 3 
> > reference letters to Chair, Search Committee, Dept. of 
> > Biochemistry-Med. School, 4-225 Mlrd Hall, 435 Delaware St. SE, 
> > Mpls., MN 55455 by 9/7/97.   The University of Minnesota is an equal 
> > opportunity educator and employer..


From owner-structural-nmr@net.bio.net Wed Aug 27 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Laurie Martensen <lxm@msi.com>
Newsgroups: bionet.structural-nmr
Subject: Workshop series
Date: 28 Aug 1997 10:30:14 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 36
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <3.0.16.19970822112347.5cbfbcbc@146.202.6.217>
NNTP-Posting-Host: net.bio.net

Molecular Simulations, Inc. and Silicon Graphics present

        FELIX 97.0 Workshop Series

Felix 97.0 THE NEW GENERATION OF NMR SOFTWARE
New and Improved - Easy to use - More streamlined


This workshop series will introduce you to the new features in FELIX 97.0,
and give you hands-on experience for analyzing your own data.


To register for one of the  workshops, visit the special promotions
area of our Website (www.msi.com) or send an email to felix97@msi.com

September 15, San Diego, CA
September 17, Mountain View, CA
September 19, Schaumburg, Il
September 22, Research Triangle Park, NC
September 24, Philadelphia, PA
September 26, Boston, MA


October 6, Cambridge, UK
October 8, Munich, Germany
October 10, Paris, France



Laurie Martensen
Project Manager, Direct Marketing
Molecular Simulations Inc.
9685 Scranton Road, San Diego, CA  92121-3752
(619) 546-5554, Fax: (619) 597-9780
E-mail: lxm@msi.com, Web: http://www.msi.com


From owner-structural-nmr@net.bio.net Wed Aug 27 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: leblanc@dingo.NIEHS.NIH.GOV (Darryl Leblanc)
Newsgroups: bionet.structural-nmr
Subject: waveform gen for shaped pulses
Date: 28 Aug 1997 12:26:41 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 33
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <199708121930.PAA08113@dingo.niehs.nih.gov>
NNTP-Posting-Host: net.bio.net

Hello all,

Is there a concensus on the number of waveform generators needed to
perform the latest triple resonance experiments for protein
structure determination (the sequences in protein pack, for example)?
My impression is that in most cases shaped pulses are needed most
on the channels used for 1H and 13C, so two waveform generators should
be sufficient.  Are there any advocates out there for having 3 or
even 4 wfg?  Also, are shaped gradients being used by many people?
Thanks for your time and opinions.

Darryl
 
PS I am referring to Varian instrumentation, as I don't know what 
Bruker calls their hardware for generating shaped pulses.
_____________________________________________
_____________________________________________
   
   Darryl A. LeBlanc, Ph.D                               
                                                        
   leblanc@niehs.nih.gov    
   Phone  (919) 541-0733      
   http://www.niehs.nih.gov/dirnmr/
    
   National Institute of 
        Environmental Health Sciences  
   Mail Drop MR-03
   Laboratory of Structural Biology 
   Research Triangle Park,  NC  27709                    
                                                        
_____________________________________________
_____________________________________________


From owner-structural-nmr@net.bio.net Wed Aug 27 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Werner Braun <werner@tocsy.utmb.edu>
Newsgroups: bionet.structural-nmr
Subject: Postdoc position at UTMB, Galveston, TX, USA
Date: 28 Aug 1997 10:29:49 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 18
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <199708222212.RAA22531@tocsy.utmb.edu>
NNTP-Posting-Host: net.bio.net

A postdoc position is available in the Computational Biology Group 
of the Sealy Center for Structural Biology, UTMB Galveston TX, to model 3D
structures of important protein drug targets. Candidates should have extensive
experience in programming (Fortran, C++, GUI interfaces) and some aspects of
molecular biology and/or Nuclear Magnetic Resonance techniques. Computational
facilities include a high-performance supercomputer Cray J90 and several SGI
graphics workstations. Some information on the research activities
can be obtained on the WEB page 
http://www.scsb.utmb.edu/comp_biol.html/
Interested scientists should contact for further details:

Dr. Werner Braun,
Sealy Center for Structural Biology,
Phone: (409) 747-6810
FAX: (409) 747-6850
E-mail: werner@nmr.utmb.edu



From owner-structural-nmr@net.bio.net Thu Aug 28 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Francois Dupradeau <Francois-Yves.Dupradeau@sa.u-picardie.fr>
Newsgroups: bionet.structural-nmr
Subject: Modify a force field
Date: 29 Aug 1997 13:46:43 -0700
Organization: Laboratoire de Biophysique
Lines: 11
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <3406CD3E.446B@sa.u-picardie.fr>
NNTP-Posting-Host: net.bio.net

Hi,

I look for informations for modifying the cvff force field (for
peptides).
I am interested to introduce parameters for the sulfonate group (RSO3-).

Does anyone know references for this work (or similar work of similar
group)?

Thank you


From owner-structural-nmr@net.bio.net Thu Aug 28 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: thomas <thomas@chemie.mu-luebeck.de>
Newsgroups: bionet.structural-nmr
Subject: heteronuclear 3J(C-H)-coupling constants
Date: 29 Aug 1997 13:47:54 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 20
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <5u5tmq$dna@mserv1.dl.ac.uk>
NNTP-Posting-Host: net.bio.net

Dear netters !!

I want to measure the 3J(C-H) coupling constants for my disaccharide and
I found a lot of possibilities in the literature. Does anybody know a
good method ??
I try the optimazation with the HMBC experiment, but I don't 
understand excactly the fitting procedure. 
Can anybody help ??

Thanks in advance 
Thomas

************************************************************************
 Thomas Haselhorst          e-mail : thomas@johann.chemie.mu-luebeck.de
 Institute of Chemistry
 Medical University of Luebeck                   Tel.  x49 451 500 4239
 Ratzeburger Allee 160                           Fax.  x49 451 500 4241
 23538 Luebeck, Germany
************************************************************************


From owner-structural-nmr@net.bio.net Sun Aug 31 23:00:00 1997
Path: biosci!biosci!not-for-mail
From: Xiaolian Gao <gao@kitten.chem.uh.edu>
Newsgroups: bionet.structural-nmr
Subject: NMR/Computation postdoctoral position
Date: 1 Sep 1997 10:15:18 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
Lines: 26
Sender: daemon@net.bio.net
Approved: raman@hemebase.bio.uci.edu
Distribution: world
Message-ID: <3.0.32.19970901121102.006f26fc@kitten.chem.uh.edu>
NNTP-Posting-Host: net.bio.net

Applications are invited for an NMR/Computation postdoctoral position in
the Chemistry Department at the University of Houston.  Experiences in high
resolution structural NMR and/or molecular modeling areas are highly
desirable.  Houston has seen a rapid growth in development of
biotechnology.  Our NMR Laboratory is a member of the Institute for
Molecular Design and the joint biophysical training programs involving
several Universities in the area.  Strong candidates may also be considered
for the NIH postdoctoral fellowship (citizenship or permanent residence is
required).  The position offers an excellent opportunity for scientific
excitement and career advancement.  Salary is highly competitive and
commensurate with experience.  Please send resume and three letters of
reference to Dr. Xiaolian Gao, Department of Chemistry, University of
Houston, Houston, TX  77204-5641.  
Email: gao@kitten.chem.uh.edu
Web sites:
http://www.chem.uh.edu/www/gao/intro.html
http://www.bioc.rice.edu
http://condor.bcm.tmc.edu/SCBMB/scbmb.html

Xiaolian (pronounce as Shao-lin) Gao
Dept. Chemistry
University of Houston
Houston, TX 77204-5641
Tel: 713 743-2805, 2806   Fax: 713 743-2709
gao@kitten.chem.uh.edu  or xgao@uh.edu


