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PINE Server v. 0.1 (Beta)

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PINE
offers
fully
automatic backbone and
sidechain assignments,
secondary structure determination, possible reference
and outlier detection using a probabilistic approach that achieves
excellent results. |
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Assignment
results, including secondary structure identification, are returned via
email.
- Depending on the size of the
protein, the quality of input data, and
number of current jobs, run
times vary from one hour to one day.
Updated JULY
2006.

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PISTACHIO is a component in a suite
of tools for
high-throughput structure determination using NMR.
PISTACHIO
with extended
laboratory management functionality will be available through the SESAME
software.
PISTACHIO
currently achieves better than 90% correct assignments for
backbone and sidechains.
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A service offered by the National
Magnetic Resonance Facility at
Madison.
PISTACHIO offers fully
automatic backbone and
sidechain assignments using a new approach to assignment that achieves
excellent results.
NOTE:
Input
file format is peak-picked
resonance data in the XEasy format.
Assignment
results, including secondary structure identification, are returned via
email in a single zipped file in XEASY
and NMR-STAR format.
Depending on the size of the protein, the quality of input data, and
number of current jobs, run
times vary from one hour to one day. See brief
documentation
for further details.
Updated AUGUST
2004.

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PECAN is
a component in a suite
of tools for
high-throughput structure determination
using NMR.
PECAN
with extended
laboratory management functionality will be available through the SESAME
software.
PECAN
currently achieves better than 90% correct secondary
structure
identification for well-defined regions.
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A service offered by the National
Magnetic Resonance Facility at
Madison.
PECAN
offers a new
approach to secondary structure identification that achieves
excellent results.
NOTE:
Input
file format is NMR-STAR
format.
Secondary structure
identification results are returned online. See brief documentation
for further details.
Updated AUGUST
2004.

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MANI-LACS is a component in a suite
of tools for
high-throughput structure determination using NMR.
MANI-LACS with extended
laboratory management functionality is available through the SESAME
software.
MANI-LACS
currently achieves correct reference adjustments at a comparable level
to tools that require structure. A database of corrected references is
availabe.
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A service offered by the National
Magnetic Resonance Facility at
Madison.
MANI-LACS offers a new
approach to NMR reference correction and outlier identification that
achieves
excellent results using only residue specific chemical shift assignment.
NOTE:
Input
file format is NMR-STAR
format.
Reference
correction and outlier probability results are returned online.
See brief documentation
for further details.
Updated AUGUST
2004.
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MANI-APS Server (COMING SOON)

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MANI-APS is a component in a suite
of tools for
high-throughput structure determination using NMR.
MANI-APS with extended
laboratory management functionality will be available through the SESAME
software.
MANI-APS
automatically enhances spectra, determines noise floor, and performs
peak picking.
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A service offered by the National
Magnetic Resonance Facility at
Madison.
MANI-LACS offers a new
approach to NMR peak picking.
NOTE:
Input
file format is a
text file containing spectral information.
Peak
probability results are returned online.
See brief documentation
for further details.
Updated AUGUST
2004.
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MANI-ARAM Server (COMING SOON)

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MANI-ARAM is a component in a suite
of tools for
high-throughput structure determination using NMR.
MANI-ARAM with extended
laboratory management functionality will be available through the SESAME
software.
MANI-ARAM
automatically aligns multiple peak lists that with non-uniform shifts
and missing peaks.
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A service offered by the National
Magnetic Resonance Facility at
Madison.
MANI-ARAM offers a new
approach to alignment of NMR peaks from multiple spectra.
NOTE:
Input
file format is NMR-STAR
format.
Corrected
peak locations and probabilities are returned online.
See brief documentation
for further details.
Updated AUGUST
2004.
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