cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.4499311
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.4584101
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.4663014
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.5076502
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.5490107
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.5559146
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.6657830
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7958871
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.4200441
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.5156868
title: PMDB: a relational database for PubMed

description: The tar file contains a compressed dump of PMDB, which was created in PostgreSQL 12 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the dump folder. This will take some time, so use as many cores as you can spare. Beware the full database is about 113 GiB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.6483987
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.6573400
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.6864161
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7222808
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7437934
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7537908
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7633604
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7730397
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.7839007
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.8247805
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows: 1. Untar the file containing the database dump, which will create a folder. Substitute &lt;tar_name&gt; with the name of the tar file. <pre><code class="language-bash">tar xvf &lt;tar_name&gt; && rm &lt;tar_name&gt;</code></pre> 2. Restore the database onto your Postgres server. Below is one way. Replace &lt;...&gt; as appropriate, substituting &lt;dump_name&gt; with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB. <pre><code class="language-bash">createdb -h &lt;host_name&gt; -U &lt;user_name&gt; pmdb pg_restore -j &lt;num_cores&gt; --no-privileges --no-owner -h &lt;host_name&gt; -U &lt;user_name&gt; -d pmdb &lt;dump_name&gt;</code></pre> MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.
DOI: 10.5281/zenodo.10009644
title: PMDB: a relational database for PubMed

description: The files constitute a compressed dump of PMDB, which was created in PostgreSQL 14 using the pmparser R package. Once you have a Postgres server running, you can set up the database as follows:


1. Untar the file containing the database dump, which will create a folder. Substitute <tar_name> with the name of the tar file.


tar xvf <tar_name> && rm <tar_name>


2. Restore the database onto your Postgres server. Below is one way. Replace <...> as appropriate, substituting <dump_name> with the name of the new folder containing the dump files. This will take some time, so use as many cores as you can spare. Beware the full database is about 136 GB.


createdb -h <host_name> -U <user_name> pmdb
pg_restore -j <num_cores> --no-privileges --no-owner -h <host_name> -U <user_name> -d pmdb <dump_name>


MEDLINE/PubMed data are courtesy of the U.S. National Library of Medicine. See NLM's Terms and Conditions.