TALEN

TALEN1-katnb1

ID

ZDB-TALEN-150310-1

Name

TALEN1-katnb1

Previous Names

None

Target

katnb1 (1)

Target Sequence 1

5' - GTGAGAAGGAAAGGAT - 3'

Target Sequence 2

5' - CAGCTTAGTGCTTACC - 3'

Disclaimer

Although ZFIN verifies reagent sequence data, we recommend that you conduct independent sequence analysis before ordering any reagent.

Note

None

Genome Resources

None

Target Location

Constructs

No data available

Genomic Features

Genomic Feature	Affected Genomic Regions
mh101	katnb1
mh102	katnb1
mh103	katnb1

Expression

Gene expression in Wild Types + TALEN1-katnb1

No data available

Phenotype

Phenotype resulting from TALEN1-katnb1

No data available

Phenotype of all Fish created by or utilizing TALEN1-katnb1

Phenotype	Fish	Conditions	Figures
fourth ventricle has fewer parts of type single ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 2 from Meyer-Miner et al., 2022
hindbrain ependymal cell has fewer parts of type ependymal cell motile cilium, abnormal	katnb1^mh102/mh102	standard conditions	Figure 2 from Meyer-Miner et al., 2022
choroid plexus fourth ventricle cilium decreased length, abnormal	katnb1^mh102/mh102	standard conditions	Figure S4 from Meyer-Miner et al., 2022
vertebral column increased curvature, abnormal	katnb1^mh102/mh102	standard conditions	Figure 1 , Figure 3 from Meyer-Miner et al., 2022
cerebrospinal fluid circulation decreased process quality, abnormal	katnb1^mh102/mh102	standard conditions	Figure 2 from Meyer-Miner et al., 2022
choroid plexus fourth ventricle has fewer parts of type single ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 4 , Figure S4 from Meyer-Miner et al., 2022
choroid plexus fourth ventricle cilium decreased amount, abnormal	katnb1^mh102/mh102	standard conditions	Figure S4 from Meyer-Miner et al., 2022
Reissner's fiber mislocalised, abnormal	katnb1^mh102/mh102	standard conditions	Figure 6 , Figure 7 from Meyer-Miner et al., 2022
choroid plexus fourth ventricle lacks all parts of type multi-ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 5 from Meyer-Miner et al., 2022
vertebral column rotational curvature, abnormal	katnb1^mh102/mh102	standard conditions	Figure 1 , Figure 3 from Meyer-Miner et al., 2022
choroid plexus third ventricle has fewer parts of type single ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 4 from Meyer-Miner et al., 2022
fourth ventricle lacks parts or has fewer parts of type multi-ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 2 from Meyer-Miner et al., 2022
fourth ventricle lacks all parts of type multi-ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 2 , Figure 3 from Meyer-Miner et al., 2022
choroid plexus third ventricle lacks all parts of type multi-ciliated epithelial cell, abnormal	katnb1^mh102/mh102	standard conditions	Figure 5 from Meyer-Miner et al., 2022
brain decreased size, abnormal	katnb1^mh103/mh103	standard conditions	Fig. 4 from Hu et al., 2014
gastrulation disrupted, abnormal	katnb1^mh103/mh103	standard conditions	Fig. 4 from Hu et al., 2014
brain agenesis, abnormal	katnb1^mh103/mh103	standard conditions	Fig. 4 from Hu et al., 2014
brain decreased size, abnormal	katnb1^mh101/mh101; katnb1^mh102/mh102	standard conditions	Fig. 4 from Hu et al., 2014
brain agenesis, abnormal	katnb1^mh101/mh101; katnb1^mh102/mh102	standard conditions	Fig. 4 from Hu et al., 2014
gastrulation disrupted, abnormal	katnb1^mh101/mh101; katnb1^mh102/mh102	standard conditions	Fig. 4 from Hu et al., 2014
fourth ventricle has fewer parts of type multi-ciliated epithelial cell, ameliorated	katnb1^mh102/mh102; hsc193Tg	standard conditions	Figure 3 from Meyer-Miner et al., 2022
vertebral column curvature, ameliorated	katnb1^mh102/mh102; hsc193Tg	standard conditions	Figure 3 from Meyer-Miner et al., 2022

Citations