{"id":6,"asset_id":"80","title":"Research Project","alias":"research-project","introtext":"<p>&nbsp;<\/p>\r\n<p>&nbsp;<\/p>\r\n<p dir=\"ltr\">Our group is interested in interdisciplinary research fields at the interface of engineering and biology, where not only engineering solutions overcome a large number of challenges in biology and medicine but also solutions inspired from mother nature are borrowed in solving problems in engineering. In particular, our group currently has three main research activities:<\/p>\r\n<p dir=\"ltr\">1)&nbsp;&nbsp;&nbsp;&nbsp;<strong>Lab on a chip and Microfluidics:&nbsp;<\/strong>We are interested in manipulating micro-particles on-chip with crucial applications in biology. For instance, we work on developing single-cell analysis tools based on magnetomicrofluidics circuits. Moreover, we are interested in other microfluidics applications such as bioMEMS, biosensors, sorters, and so on.<\/p>\r\n<p dir=\"ltr\">2)&nbsp;&nbsp;&nbsp;&nbsp;<strong>Organ on a chip:&nbsp;<\/strong>The cell culture microenvironment plays a crucial role on the physical cytoskeleton shape of the cell as well as its gene and protein expression. In order to expect in vitro experiments to accurately predict the in vivo results, the cell microenvironment needs to be emulated. Our group is interested in developing artificial two-dimensional and three-dimensional organs on-chip. Studying the behavior of cells in this condition would provide us with wealthy information.&nbsp;<\/p>\r\n<p dir=\"ltr\">3)&nbsp;&nbsp;&nbsp;&nbsp;<strong>Bioinformatics:&nbsp;<\/strong>We are interested in using advanced computational methods and big data analysis in combination with experimentation to develop novel methods in understanding and diagnostics of various human diseases. Accordingly, our group works on employing computational techniques in analyzing genomic data obtained from various methods including single-cell RNA-seq to uncover wealthy information buried within the heterogeneous cell population.<\/p>","fulltext":"","state":1,"catid":"8","created":"2019-05-02 04:06:24","created_by":"223","created_by_alias":"","modified":"2020-02-01 07:03:13","modified_by":"223","checked_out":"223","checked_out_time":"2020-02-01 07:02:59","publish_up":"2019-05-02 04:06:24","publish_down":"0000-00-00 00:00:00","images":"{\"image_intro\":\"\",\"float_intro\":\"\",\"image_intro_alt\":\"\",\"image_intro_caption\":\"\",\"image_fulltext\":\"\",\"float_fulltext\":\"\",\"image_fulltext_alt\":\"\",\"image_fulltext_caption\":\"\"}","urls":"{\"urla\":false,\"urlatext\":\"\",\"targeta\":\"\",\"urlb\":false,\"urlbtext\":\"\",\"targetb\":\"\",\"urlc\":false,\"urlctext\":\"\",\"targetc\":\"\"}","attribs":"{\"article_layout\":\"\",\"show_title\":\"\",\"link_titles\":\"\",\"show_tags\":\"\",\"show_intro\":\"\",\"info_block_position\":\"\",\"info_block_show_title\":\"\",\"show_category\":\"\",\"link_category\":\"\",\"show_parent_category\":\"\",\"link_parent_category\":\"\",\"show_associations\":\"\",\"show_author\":\"\",\"link_author\":\"\",\"show_create_date\":\"\",\"show_modify_date\":\"\",\"show_publish_date\":\"\",\"show_item_navigation\":\"\",\"show_icons\":\"\",\"show_print_icon\":\"\",\"show_email_icon\":\"\",\"show_vote\":\"\",\"show_hits\":\"\",\"show_noauth\":\"\",\"urls_position\":\"\",\"alternative_readmore\":\"\",\"article_page_title\":\"\",\"show_publishing_options\":\"\",\"show_article_options\":\"\",\"show_urls_images_backend\":\"\",\"show_urls_images_frontend\":\"\"}","version":8,"ordering":"6","metakey":"","metadesc":"","access":"1","hits":"36","metadata":"{\"robots\":\"\",\"author\":\"\",\"rights\":\"\",\"xreference\":\"\"}","featured":"0","language":"en-GB","xreference":"","note":""}