Mapping of Epilepsy Ontologies - Corpus_Callosum - Classes | NCBO BioPortal

Mapping of Epilepsy Ontologies

Last uploaded: February 19, 2021

Details

Acronym	MEPO
Visibility	Public
Description	The Mapping of Epilepsy Ontologies (MEPO) provides owl:sameAs relationships of similar concepts for the ontologies EpSO, ESSO, EPILONT, EPISEM, and FENICS. Two concepts are considered similar if they share the same concept name or the same synonym. Additional synonyms for each of the concepts are generated using the Snowball stemming algorithm. The software implementation is available on github within the Maven project snoke in the module snoke.ontology: https://github.com/bernd-mueller/snoke/tree/master/snoke.ontology
Status	Alpha
Format	OWL
Contact	Bernd Müller, bernd.mueller@zbmed.de
Categories	Biological Process, Biomedical Resources, Development, Gene Product, Health, Human, Neurologic Disease, Neurological Disorder, Protein, Vocabularies

Version	Released	Uploaded	Downloads
0.6 (Parsed, Indexed, Metrics, Annotator, Error Diff)	01/15/2021	02/19/2021	OWL \| CSV \| RDF/XML
0.5 (Archived)	01/15/2021	02/17/2021	OWL
0.4 (Archived)	01/15/2021	01/15/2021	OWL
0.3 (Archived)	01/15/2021	01/15/2021	OWL
0.2 (Archived)	01/12/2021	01/12/2021	OWL
0.1 (Archived)	11/25/2020	11/25/2020	OWL
more...

No views of MEPO available

Classes	5,687
Individuals	747
Properties	0
Maximum depth	0
Maximum number of children	5,686
Average number of children	5,686
Classes with a single child	0
Classes with more than 25 children	1
Classes with no definition	5,687

No projects using MEPO

Id	http://www.semanticweb.org/rjyy/ontologies/2015/5/ESSO#Corpus_Callosum http://www.semanticweb.org/rjyy/ontologies/2015/5/ESSO#Corpus_Callosum
Preferred Name	Corpus_Callosum
Synonyms	Trancr 2005 The Corpus Callosum, the largest of the cerebr commissures, allow inform to be transmit from one cerebr hemispher to the other, enabl memori trace to be store bilaterally. Structures: Cerebr Commissur Cerebr Hemispher Corpus Callosum - Bodi Corpus Callosum - Genu Corpus Callosum - Splenium Forcep Major Forcep Minor Primari Somatosensori Area Information: The Corpus Callosum is the largest of the cerebr commissures. It contain approxim 300 million fibres, connect the cortex of the two cerebr hemispheres. It consist of 4 part - the splenium (posterior), body, genu (anterior) and rostrum (contin antero-inferior with the genu). Fibr from the genu radiat anterior into the anterior region of the frontal lobe are known as the forcep minor. Fibr of the splenium, which radiat posterior into the occipit lobe are known as the forcep major. The function of the corpus callosum is to allow for the transfer of inform from one hemispher to anoth and to enabl memori trace to be store bilaterally. In case of sever epilepsi the corpus callosum is sometim sever to limit the extent of seizures, and subsequ behaviour studi in these patient have allow us to gain some insight into the role of the corpus callosum. While there are no obvious personality, intellectu or motor chang in these split-brain patients, there are some subtl chang particular in regard to learning. For example, a task learn with one hand cannot then be perform effici with the other hand becaus the memori trace cannot be transfer to the opposit hemisphere. Similarly, an object held in the left hand (but not seen) cannot be describ verbal becaus the somatosensori inform cannot be transfer from the primari somatosensori area of the right hemispher across to the left hemispher (where the languag area are usual located) trancred 2005 the corpus callosum, the largest of the cerebral commissures, allows information to be transmitted from one cerebral hemisphere to the other, enabling memory traces to be stored bilaterally. structures: cerebral commissures cerebral hemisphere corpus callosum - body corpus callosum - genu corpus callosum - splenium forceps major forceps minor primary somatosensory area information: the corpus callosum is the largest of the cerebral commissures. it contains approximately 300 million fibres, connecting the cortex of the two cerebral hemispheres. it consists of 4 parts - the splenium (posterior), body, genu (anterior) and rostrum (continous antero-inferiorly with the genu). fibres from the genu radiate anteriorly into the anterior region of the frontal lobes are known as the forceps minor. fibres of the splenium, which radiate posteriorly into the occipital lobes are known as the forceps major. the function of the corpus callosum is to allow for the transfer of information from one hemisphere to another and to enable memory traces to be stored bilaterally. in cases of severe epilepsy the corpus callosum is sometimes severed to limit the extent of seizures, and subsequent behavioural studies in these patients have allowed us to gain some insight into the role of the corpus callosum. while there are no obvious personality, intellectual or motor changes in these 'split-brain' patients, there are some subtle changes particularly in regard to learning. for example, a task learned with one hand cannot then be performed efficiently with the other hand because the memory trace cannot be transferred to the opposite hemisphere. similarly, an object held in the left hand (but not seen) cannot be described verbally because the somatosensory information cannot be transferred from the primary somatosensory area of the right hemisphere across to the left hemisphere (where the language areas are usually located) corpus callosum
Type	http://www.w3.org/2002/07/owl#Class

altLabel	Trancr 2005 The Corpus Callosum, the largest of the cerebr commissures, allow inform to be transmit from one cerebr hemispher to the other, enabl memori trace to be store bilaterally. Structures: Cerebr Commissur Cerebr Hemispher Corpus Callosum - Bodi Corpus Callosum - Genu Corpus Callosum - Splenium Forcep Major Forcep Minor Primari Somatosensori Area Information: The Corpus Callosum is the largest of the cerebr commissures. It contain approxim 300 million fibres, connect the cortex of the two cerebr hemispheres. It consist of 4 part - the splenium (posterior), body, genu (anterior) and rostrum (contin antero-inferior with the genu). Fibr from the genu radiat anterior into the anterior region of the frontal lobe are known as the forcep minor. Fibr of the splenium, which radiat posterior into the occipit lobe are known as the forcep major. The function of the corpus callosum is to allow for the transfer of inform from one hemispher to anoth and to enabl memori trace to be store bilaterally. In case of sever epilepsi the corpus callosum is sometim sever to limit the extent of seizures, and subsequ behaviour studi in these patient have allow us to gain some insight into the role of the corpus callosum. While there are no obvious personality, intellectu or motor chang in these split-brain patients, there are some subtl chang particular in regard to learning. For example, a task learn with one hand cannot then be perform effici with the other hand becaus the memori trace cannot be transfer to the opposit hemisphere. Similarly, an object held in the left hand (but not seen) cannot be describ verbal becaus the somatosensori inform cannot be transfer from the primari somatosensori area of the right hemispher across to the left hemispher (where the languag area are usual located) trancred 2005 the corpus callosum, the largest of the cerebral commissures, allows information to be transmitted from one cerebral hemisphere to the other, enabling memory traces to be stored bilaterally. structures: cerebral commissures cerebral hemisphere corpus callosum - body corpus callosum - genu corpus callosum - splenium forceps major forceps minor primary somatosensory area information: the corpus callosum is the largest of the cerebral commissures. it contains approximately 300 million fibres, connecting the cortex of the two cerebral hemispheres. it consists of 4 parts - the splenium (posterior), body, genu (anterior) and rostrum (continous antero-inferiorly with the genu). fibres from the genu radiate anteriorly into the anterior region of the frontal lobes are known as the forceps minor. fibres of the splenium, which radiate posteriorly into the occipital lobes are known as the forceps major. the function of the corpus callosum is to allow for the transfer of information from one hemisphere to another and to enable memory traces to be stored bilaterally. in cases of severe epilepsy the corpus callosum is sometimes severed to limit the extent of seizures, and subsequent behavioural studies in these patients have allowed us to gain some insight into the role of the corpus callosum. while there are no obvious personality, intellectual or motor changes in these 'split-brain' patients, there are some subtle changes particularly in regard to learning. for example, a task learned with one hand cannot then be performed efficiently with the other hand because the memory trace cannot be transferred to the opposite hemisphere. similarly, an object held in the left hand (but not seen) cannot be described verbally because the somatosensory information cannot be transferred from the primary somatosensory area of the right hemisphere across to the left hemisphere (where the language areas are usually located) corpus callosum
prefLabel	Corpus_Callosum
label	Corpus_Callosum
prefixIRI	ESSO:Corpus_Callosum
subClassOf	http://www.w3.org/2002/07/owl#Thing
type	http://www.w3.org/2002/07/owl#Class

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Add NCBO Web Widgets to your site for MEPO

Widget type	Widget demonstration
Jump To Type a class name from MEPO and jump to it in BioPortal Get code	Step 2: Follow the Instructions Download the quick_jump.js file and put it on your server Copy the code below and paste it to your HTML page Note: If you would like to use Quick Jump across multiple ontologies: You can enter a comma-separated list of ontology ids: var BP_ontology_id = "NCIt,SNOMEDCT"; You can set the variable to 'all' to search all ontologies in BioPortal: var BP_ontology_id = "all"; To include definitions in the Jump To drop-down, add the following variable in Javascript: var BP_include_definitions = true; In the code that you just pasted, make sure to change the path to the quick_jump.js file to point to the location where you put the file (relative to your HTML file) For example, if you put the quick_jump.js file in the same directory as your HTML file, this is the code you would use: <div id="bp_quick_jump"></div> <script type="text/javascript"> var BP_ontology_id = "MEPO";</script> <script src="quick_jump.js" type="text/javascript" charset="utf-8"></script> For more help visit NCBO Widget Wiki
Form Autocomplete Fill your form fields with classes from MEPO Get code	Example 1 (start typing the class name to get its full URI) Example 2 (get the ID for a class) Example 3 (get the preferred name for a class) Step 2: Follow the Instructions Download the form_complete.js file and put it on your server. In the header for the page where you want the form field, include the form_complete.js file. On your form, for the fields where you want to use the class-selection widget, specify the field's class in the following format: `bp_form_complete-{ontology_id_list}-{value}` For example, `bp_form_complete-NCIT-uri` will use NCI Thesaurus (ontology id is NCIT) and will put the class URI in the field after the user selects the class from the pull-down list. Note: In addition to single ontology ids, you can use a list: `bp_form_complete-NCIT,NCBITAXON-uri` OR use 'all' to search across all BioPortal ontologies: `bp_form_complete-all-uri` The autocomplete widget accesses ontology content from the latest version of the ontology. You can use the following parameters to select which value will be placed into the user-visible input field: `uri` put the complete URI of the class (e.g., http://www.case.edu/EpSO.owl#Dosulepin ) `shortid` put the short id of the class, as used in BioPortal (e.g., "Common_Neoplasm"); `name` put the preferred name of the class (e.g., "Common Neoplasm"); In addition to the input element you defined, there are four hidden form elements that are created and then set when a user selects a class from the list. For example, if you create a field with this code: <input type="text" name="a" class="bp_form_complete-all-uri" size="100"/> The 'name' attribute is used to create the four following fields (note how the 'a' from the name attribute is appended to the id attribute): <input type="hidden" id="a_bioportal_preferred_name"> <input type="hidden" id="a_bioportal_concept_id"> <input type="hidden" id="a_bioportal_ontology_id"> <input type="hidden" id="a_bioportal_full_id"> Additional parameters are documented on the NCBO Widget Wiki For more help visit NCBO Widget Wiki
Visualization Display a visualization for a given class in MEPO Get code	Step 2: Follow the Instructions Copy the code below and paste it to your HTML page <iframe frameborder="0" src="/widgets/visualization?ontology=MEPO&class=http%3A%2F%2Fwww.case.edu%2FEpSO.owl%23Dosulepin&apikey=YOUR_API_KEY"></iframe> For more help visit NCBO Widget Wiki
Tree Widget Display a class tree with a search field for MEPO Get code	Step 2: Follow the Instructions Copy the code below and paste it to your HTML page <link rel="stylesheet" type="text/css" href="/widgets/jquery.ncbo.tree.css"> <script src="/widgets/jquery.ncbo.tree-2.0.2.js"></script> <div id="widget_tree"></div> var widget_tree = $("#widget_tree").NCBOTree({ apikey: "YOUR_API_KEY", ontology: "MEPO" }); You can also view a detailed demonstration For more help visit NCBO Widget Wiki