# /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" => "'+Vladimir C. Hachinski'" ]
The book has 29 chapters. Chapter 1 is introduction nanocarries for drug delivery: needs and requirements. Chapter 2 is nanoparticle flow: implications for drug delivery. Chapter 3 is polymeric nanoparticles as drug carries and controlled release implant devices. Chapter 4 is genetic vaccines: a role for liposomes. Chapter 5 is polymer micelles as drug carries. Chapter 6 is vesicles prepares fr…
The book has 29 chapters. Chapter 1 is introduction nanocarries for drug delivery: needs and requirements. Chapter 2 is nanoparticle flow: implications for drug delivery. Chapter 3 is polymeric nanoparticles as drug carries and controlled release implant devices. Chapter 4 is genetic vaccines: a role for liposomes. Chapter 5 is polymer micelles as drug carries. Chapter 6 is vesicles prepares fr…