# /var/www/slims9/lib/SearchEngine/SearchBiblioEngine.php:685^ "Engine ⚙️ : Idoalit\SlimsEnterprise\LibraryManagement\UlimsSearchEngine"
^ "SQL ⚒️"
^ array:2 [ "count" => "select count(sb.biblio_id) from search_biblio as sb where sb.opac_hide=0 and ((match (sb.author) against (:author in boolean mode)))" "query" => "select sb.biblio_id, sb.title, sb.node, sb.node_id, sb.author, sb.topic, sb.image, sb.isbn_issn, sb.publisher, sb.publish_place, sb.publish_year, sb.labels, sb.input_date, sb.publish_year, sb.edition, sb.collation, sb.series_title, sb.call_number from search_biblio as sb where sb.opac_hide=0 and ((match (sb.author) against (:author in boolean mode))) order by sb.last_update desc limit 50 offset 0" ]
^ "Bind Value ⚒️"
^ array:1 [ ":author" => "'+Pramono, Laurentius Aswin'" ]
Skripsi Program Studi : Manajemen Kelulusan : September 2016
Skripsi Program Studi : Akuntansi Kelulusan : Desember 2010
Skripsi Program Studi : Akuntansi Kelulusan : Juni 2007
NPM : 1101130800 Kode Skripsi : 181-13 Jenis Skripsi : Skripsi
NPM : A10.98.179 Kode Skripsi : 099-05 Jenis Skripsi : Legal Memorandum
NPM : A10.99.023 Kode Skripsi : 139-04 Jenis Skripsi : Skripsi
TANGGAL ENTRY : 28/09/2004
IV/Orange TANGGAL ENTRY : 23/03/2017
TANGGAL ENTRY : 10/11/2015
IV/Orange TANGGAL ENTRY : 23/03/2016
TANGGAL ENTRY : 27/07/2004
TANGGAL ENTRY : 16/11/2016
TANGGAL ENTRY : 24/06/2015
NPM : 110080400 Kode Skripsi : 203-15 Jenis Skripsi : Skripsi
NPM : 120118 Kode Skripsi : 397-16 Jenis Skripsi : Skripsi
NPM : A10.99.754 Kode Skripsi : 129-04 Jenis Skripsi : Legal Memorandum
NPM : A10 98 155 Kode Skripsi : 002-04 Jenis Skripsi : Skripsi
NPM : A1003137 Kode Skripsi : 306-10 Jenis Skripsi : Skripsi
NPM : A10 99 072 Kode Skripsi : 143-03 Jenis Skripsi : Skripsi
TANGGAL ENTRY : 21/08/2008
009865 TANGGAL ENTRY : 22/12/2005
TANGGAL ENTRY : 21/01/2012
TANGGAL ENTRY : 11/03/2015
TANGGAL ENTRY : 07/02/2011
TANGGAL ENTRY : 18/02/2016
TANGGAL ENTRY : 21/06/2005
TANGGAL ENTRY :
012207 TANGGAL ENTRY : 21/02/2005
NAD(H) and NADPH are important cofactors in cellular metabolism. These molecules protect cancer cells from detrimental effect of ROS generated in actively proliferating cancer cells. NAD is generated through three biosynthetic pathways, i.e., nicotinic acid pathway, de novo synthesis pathway, and NAD salvage pathway. In order to efficiently reduce NAD pools and to avoid redundancy, we investiga…