array(7) {
  ["feature_id"]=>
  string(6) "555795"
  ["analysis_id"]=>
  string(2) "50"
  ["blast_settings"]=>
  NULL
  ["blastdb"]=>
  object(stdClass)#253 (11) {
    ["analysisprop_id"]=>
    string(4) "1808"
    ["analysis_id"]=>
    object(stdClass)#267 (12) {
      ["analysis_id"]=>
      string(2) "50"
      ["name"]=>
      string(35) "BLAST analysis for N. gaditana B-31"
      ["description"]=>
      string(67) "

Functional annotation for proteins of N. gaditana B-31.

" ["program"]=> string(6) "blastp" ["programversion"]=> string(14) "BLASTP 2.2.29+" ["algorithm"]=> string(0) "" ["sourcename"]=> string(16) "NagaB31-proteins" ["sourceversion"]=> string(0) "" ["sourceuri"]=> string(0) "" ["timeexecuted"]=> string(19) "2020-04-07 00:00:00" ["tablename"]=> string(8) "analysis" ["nid"]=> string(6) "755381" } ["type_id"]=> object(stdClass)#266 (8) { ["cvterm_id"]=> string(4) "5957" ["cv_id"]=> object(stdClass)#264 (4) { ["cv_id"]=> string(1) "5" ["name"]=> string(6) "tripal" ["definition"]=> string(128) "Terms used by Tripal for modules to manage data such as that stored in property tables::text like featureprop, analysisprop, etc" ["tablename"]=> string(2) "cv" } ["name"]=> string(22) "analysis_blast_blastdb" ["definition"]=> string(0) "" ["dbxref_id"]=> object(stdClass)#263 (6) { ["dbxref_id"]=> string(4) "8387" ["db_id"]=> object(stdClass)#261 (6) { ["db_id"]=> string(1) "2" ["name"]=> string(6) "tripal" ["description"]=> string(80) "Used as a database placeholder for tripal defined objects such as tripal cvterms" ["urlprefix"]=> NULL ["url"]=> NULL ["tablename"]=> string(2) "db" } ["accession"]=> string(22) "analysis_blast_blastdb" ["version"]=> string(0) "" ["description"]=> string(0) "" ["tablename"]=> string(6) "dbxref" } ["is_obsolete"]=> string(1) "0" ["is_relationshiptype"]=> string(1) "0" ["tablename"]=> string(6) "cvterm" } ["value"]=> string(3) "100" ["rank"]=> string(1) "0" ["expandable_fields"]=> array(0) { } ["expandable_foreign_keys"]=> array(0) { } ["expandable_tables"]=> array(153) { [0]=> string(15) "analysis_cvterm" [1]=> string(15) "analysis_dbxref" [2]=> string(15) "analysisfeature" [3]=> string(17) "analysis_organism" [4]=> string(12) "analysisprop" [5]=> string(12) "analysis_pub" [6]=> string(21) "analysis_relationship" [7]=> string(22) "nd_experiment_analysis" [8]=> string(9) "phylotree" [9]=> string(16) "project_analysis" [10]=> string(14) "quantification" [11]=> string(15) "acquisitionprop" [12]=> string(24) "acquisition_relationship" [13]=> string(15) "analysis_cvterm" [14]=> string(19) "analysisfeatureprop" [15]=> string(12) "analysisprop" [16]=> string(21) "analysis_relationship" [17]=> string(11) "arraydesign" [18]=> string(15) "arraydesignprop" [19]=> string(9) "assayprop" [20]=> string(15) "biomaterialprop" [21]=> string(24) "biomaterial_relationship" [22]=> string(21) "biomaterial_treatment" [23]=> string(16) "cell_line_cvterm" [24]=> string(20) "cell_line_cvtermprop" [25]=> string(13) "cell_lineprop" [26]=> string(22) "cell_line_relationship" [27]=> string(9) "chadoprop" [28]=> string(7) "contact" [29]=> string(11) "contactprop" [30]=> string(20) "contact_relationship" [31]=> string(7) "control" [32]=> string(6) "cvprop" [33]=> string(13) "cvterm_dbxref" [34]=> string(10) "cvtermpath" [35]=> string(10) "cvtermprop" [36]=> string(19) "cvterm_relationship" [37]=> string(13) "cvtermsynonym" [38]=> string(6) "dbprop" [39]=> string(10) "dbxrefprop" [40]=> string(7) "element" [41]=> string(20) "element_relationship" [42]=> string(26) "elementresult_relationship" [43]=> string(18) "environment_cvterm" [44]=> string(17) "expression_cvterm" [45]=> string(21) "expression_cvtermprop" [46]=> string(14) "expressionprop" [47]=> string(7) "feature" [48]=> string(14) "feature_cvterm" [49]=> string(18) "feature_cvtermprop" [50]=> string(22) "feature_expressionprop" [51]=> string(16) "feature_genotype" [52]=> string(10) "featuremap" [53]=> string(14) "featuremapprop" [54]=> string(14) "featureposprop" [55]=> string(11) "featureprop" [56]=> string(15) "feature_pubprop" [57]=> string(20) "feature_relationship" [58]=> string(24) "feature_relationshipprop" [59]=> string(8) "genotype" [60]=> string(12) "genotypeprop" [61]=> string(7) "library" [62]=> string(14) "library_cvterm" [63]=> string(22) "library_expressionprop" [64]=> string(19) "library_featureprop" [65]=> string(11) "libraryprop" [66]=> string(20) "library_relationship" [67]=> string(13) "nd_experiment" [68]=> string(22) "nd_experiment_analysis" [69]=> string(17) "nd_experimentprop" [70]=> string(19) "nd_experiment_stock" [71]=> string(23) "nd_experiment_stockprop" [72]=> string(18) "nd_geolocationprop" [73]=> string(11) "nd_protocol" [74]=> string(15) "nd_protocolprop" [75]=> string(19) "nd_protocol_reagent" [76]=> string(10) "nd_reagent" [77]=> string(14) "nd_reagentprop" [78]=> string(23) "nd_reagent_relationship" [79]=> string(8) "organism" [80]=> string(15) "organism_cvterm" [81]=> string(19) "organism_cvtermprop" [82]=> string(12) "organismprop" [83]=> string(21) "organism_relationship" [84]=> string(8) "phendesc" [85]=> string(9) "phenotype" [86]=> string(27) "phenotype_comparison_cvterm" [87]=> string(16) "phenotype_cvterm" [88]=> string(13) "phenotypeprop" [89]=> string(13) "phenstatement" [90]=> string(9) "phylonode" [91]=> string(13) "phylonodeprop" [92]=> string(22) "phylonode_relationship" [93]=> string(9) "phylotree" [94]=> string(13) "phylotreeprop" [95]=> string(11) "projectprop" [96]=> string(20) "project_relationship" [97]=> string(8) "protocol" [98]=> string(13) "protocolparam" [99]=> string(3) "pub" [100]=> string(7) "pubprop" [101]=> string(16) "pub_relationship" [102]=> string(18) "quantificationprop" [103]=> string(27) "quantification_relationship" [104]=> string(5) "stock" [105]=> string(15) "stockcollection" [106]=> string(19) "stockcollectionprop" [107]=> string(12) "stock_cvterm" [108]=> string(16) "stock_cvtermprop" [109]=> string(16) "stock_dbxrefprop" [110]=> string(13) "stock_feature" [111]=> string(16) "stock_featuremap" [112]=> string(9) "stockprop" [113]=> string(18) "stock_relationship" [114]=> string(25) "stock_relationship_cvterm" [115]=> string(15) "studydesignprop" [116]=> string(11) "studyfactor" [117]=> string(9) "studyprop" [118]=> string(17) "studyprop_feature" [119]=> string(7) "synonym" [120]=> string(9) "treatment" [121]=> string(6) "cvprop" [122]=> string(6) "cvterm" [123]=> string(10) "cvtermpath" [124]=> string(15) "analysis_dbxref" [125]=> string(11) "arraydesign" [126]=> string(5) "assay" [127]=> string(11) "biomaterial" [128]=> string(18) "biomaterial_dbxref" [129]=> string(16) "cell_line_dbxref" [130]=> string(6) "cvterm" [131]=> string(13) "cvterm_dbxref" [132]=> string(10) "dbxrefprop" [133]=> string(7) "element" [134]=> string(7) "feature" [135]=> string(21) "feature_cvterm_dbxref" [136]=> string(14) "feature_dbxref" [137]=> string(17) "featuremap_dbxref" [138]=> string(14) "library_dbxref" [139]=> string(20) "nd_experiment_dbxref" [140]=> string(26) "nd_experiment_stock_dbxref" [141]=> string(15) "organism_dbxref" [142]=> string(16) "phylonode_dbxref" [143]=> string(9) "phylotree" [144]=> string(14) "project_dbxref" [145]=> string(8) "protocol" [146]=> string(10) "pub_dbxref" [147]=> string(5) "stock" [148]=> string(12) "stock_dbxref" [149]=> string(5) "study" [150]=> string(6) "dbprop" [151]=> string(6) "dbxref" [152]=> string(18) "stockcollection_db" } ["expandable_nodes"]=> array(1) { [0]=> string(8) "analysis" } ["tablename"]=> string(12) "analysisprop" ["expanded"]=> string(18) "analysisprop.value" } ["adb_id"]=> string(3) "100" ["db_id"]=> NULL ["db_arr"]=> array(1) { [0]=> object(stdClass)#255 (5) { ["db_id"]=> string(3) "100" ["name"]=> string(12) "NCBI_GenBank" ["description"]=> string(0) "" ["urlprefix"]=> string(37) "https://www.ncbi.nlm.nih.gov/protein/" ["url"]=> string(0) "" } } }
EWM26650.1, cds4042 (CDS) Nannochloropsis gaditana | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

EWM26650.1, cds4042 (CDS) Nannochloropsis gaditana

Overview
NameEWM26650.1
Unique Namecds4042
TypeCDS
OrganismNannochloropsis gaditana (N. gaditana B-31)
Alignment locationCM002462.1:715448..715978 +

Link to JBrowse

Properties
Property NameValue
Protein idEWM26650.1
Producthypothetical protein
Orig transcript idgnl|cribi|Naga_100001g61.8161.mrna
GbkeyCDS
Mutants
Expression
No biomaterial libraries express this feature.
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
CM002462.1supercontigCM002462.1:715448..715978 +
Analyses
This CDS is derived from or has results from the following analyses
Analysis NameDate Performed
BLAST analysis for N. gaditana B-312020-04-07
InterPro analysis for N. gaditana B-312020-04-06
Gene prediction for N. gaditana B-312014-02-18
Annotated Terms
Homology
BLAST of EWM26650.1 vs. NCBI_GenBank
Match: gi|585108738|gb|EWM26650.1| (hypothetical protein Naga_100001g61 [Nannochloropsis gaditana])

HSP 1 Score: 363.999 bits (933), Expect = 1.828e-127
Identity = 176/176 (100.00%), Postives = 176/176 (100.00%), Query Frame = 0
Query:    1 MVIDSIQYDIISSWESYACSSSTITAEAKSSRNRTIAPTRTRVCKSAISMSHMMNVLAHNKTFCVPCLNSSRAFRASQRGLERAMSAPATLYRLHDIPIASSWSLGLRDDFLKLSDRPQRQSQKANCCRSRREIDPDCIACGATRFCVESTSVDTQEHAYHQMQQTTRCFADVGRC 176
            MVIDSIQYDIISSWESYACSSSTITAEAKSSRNRTIAPTRTRVCKSAISMSHMMNVLAHNKTFCVPCLNSSRAFRASQRGLERAMSAPATLYRLHDIPIASSWSLGLRDDFLKLSDRPQRQSQKANCCRSRREIDPDCIACGATRFCVESTSVDTQEHAYHQMQQTTRCFADVGRC
Sbjct:    1 MVIDSIQYDIISSWESYACSSSTITAEAKSSRNRTIAPTRTRVCKSAISMSHMMNVLAHNKTFCVPCLNSSRAFRASQRGLERAMSAPATLYRLHDIPIASSWSLGLRDDFLKLSDRPQRQSQKANCCRSRREIDPDCIACGATRFCVESTSVDTQEHAYHQMQQTTRCFADVGRC 176          
The following BLAST results are available for this feature:
BLAST of EWM26650.1 vs. NCBI_GenBank
Analysis Date: 2020-04-07 (BLAST analysis for N. gaditana B-31)
Total hits: 1
Match NameE-valueIdentityDescription
gi|585108738|gb|EWM26650.1|1.828e-127100.00hypothetical protein Naga_100001g61 [Nannochlorops... [more]
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Relationships

This CDS is a part of the following mRNA feature(s):
Feature NameUnique NameSpeciesType
rna4052rna4052Nannochloropsis gaditana (N. gaditana B-31)mRNA


Sequences
Synonyms
Publications