Overview
Introduction
On the pages listed below you can find most common protocols used in the lab as well as a list of lab duties along with the names of the responsible persons. Please, contact the responsible persons if you have any question, suggestions or troubles.
Axolotl
Lab duties
- Antibiotics
- Benzocaine
- Fibronectin
- Gelatine
- Liquid nitrogen
- Primary antibodies
- Secondary antibodies
- Serum immunostaining
- Autoclave
- Cryostat
- Dissecting microscopes
- Leica confocal microscope
- Vacuum pumps
- Waterbath
- Ordering common stuff
- Heat-shock competent cells
Chemicals
Hardware
General
Protocols
- Blastema cells
- Baculovirus titration
- Myoblasts electroporation
- Adhesive cell culture
- Electroporation of blastema cells
- Electroporation of neural epithelia cells (axolotl spinal cord)
- mESC culture/Cyst formation
- Neurosphere culture
Cell culture
Histology
Molecular biology
Booking calendars
Since some pieces of hardware are used intensively it is necessary to book them in advance. The links to the corresponding booking calendars are listed below.
- Fluorescence microscopes
- Microinjectors and electroporators
- Confocal microscopes
- Cryostats
- Microtome
Transgenic lines
Digital data
Over the years the members of the lab have produced a lot of different data: Sanger sequences, EST libraries, images and so on. Select a category from the list below in order to view or download the data.
Literature
Theses
Title | Summary | Author |
---|---|---|
Reconstitution of three-dimensional neuroepithelia from mouse and human pluripotent stem cells | Yu Zhu |
Publications
Title | Summary | First author | Year | Journal |
---|
Databases
- Axolotl EST database contains several ESTs and also some additional information, e.g. the position of the well with the corresponding insert in the Blastema (BL) or Neural tube (NT) library.
- Axologle database contains several different Axolotl transciptome assemblies
Datasets
Sequences
Illumina
The data can be found under //biodata/groups/crtd_tanaka/LabData/Sequencing/Illumina.
Name | Description | Tissue | Type | Read length | Reads | Format | Location | Author | Remarks |
---|---|---|---|---|---|---|---|---|---|
Mature spinal cord | Mature axolotl spinal cord | Spinal cord | Paired-ended | 100bp | 65,753,941 | FastQ | SpinalCord/mSC.fastq.tar.gz | Akira Tazaki | |
Injured spinal cord | Injured axolotl spinal cord, 6dpi | Spinal cord | Paired-ended | 100bp | 78,459,950 | FastQ | SpinalCord/6diSC.fastq.tar.gz | Akira Tazaki | |
Mature spinal cord | Mature axolotl spinal cord, replicate 2, crossing 142x5 | Spinal cord | Paired-ended | 100bp | 101,769,559 | FastQ | SpinalCord/mSC_142x5.fastq.tar.gz | Akira Tazaki | Due to a sequencer failure only the first 66 bases are safe |
Mature spinal cord | Mature axolotl spinal cord, replicate 3, crossing 96x6 | Spinal cord | Paired-ended | 100bp | 95,946,545 | FastQ | SpinalCord/mSC_96x6.fastq.tar.gz | Akira Tazaki | Due to a sequencer failure only the first 66 bases are safe |
Injured spinal cord | Injured axolotl spinal cord, 6dpi, replicate 2, crossing 142x5 | Spinal cord | Paired-ended | 100bp | 96,626,387 | FastQ | SpinalCord/6diSC_142x5.fastq.tar.gz | Akira Tazaki | Due to a sequencer failure only the first 66 bases are safe |
Injured spinal cord | Injured axolotl spinal cord, 6dpi, replicate 3, crossing 96x5 | Spinal cord | Paired-ended | 100bp | 99,855,603 | FastQ | SpinalCord/6diSC_96x5.fastq.tar.gz | Akira Tazaki | Due to a sequencer failure only the first 66 bases are safe |
Mature limb | Mature axolotl forelimb | Limb | Single-ended | 76bp | 65,934,228 | FastQ | Limb/Mature.fastq.tar.gz | Dunja Knapp | |
Amputated limb (36h) | Amputated axolotl forelimb (36hpa) | Limb | Single-ended | 76bp | 65,250,768 | FastQ | Limb/36h_amp.fastq.tar.gz | Dunja Knapp | |
Amputated limb (72h) | Amputated axolotl forelimb (72hpa) | Limb | Single-ended | 76bp | 62,970,898 | FastQ | Limb/72h_amp.fastq.tar.gz | Dunja Knapp | |
Lateral wound (36h) | Injured (lateral wound) axolotl forelimb (36hpw) | Limb | Single-ended | 76bp | 66,361,470 | FastQ | Limb/36h_lw.fastq.tar.gz | Dunja Knapp | |
Lateral wound (72h) | Injured (lateral wound) axolotl forelimb (72hpw) | Limb | Single-ended | 76bp | 64,133,834 | FastQ | Limb/72h_lw.fastq.tar.gz | Dunja Knapp |
Sanger
The data can be found under //biodata/groups/crtd_tanaka/LabData/Sequencing/Sanger.
Name | Description | Tissue | Sequences | Location | Author | Remarks |
---|---|---|---|---|---|---|
LimbBlastema | Limb blastema library | Limb blastema | 20160 (RSD) / 15648 (SCF) |
|
Akira Tazaki | |
NeuraTube | Neural tube library | Teural tube | 4896 (RSD) / 7905 (SCF) |
|
Akira Tazaki |
Roche/454
The data can be found under //biodata/groups/crtd_tanaka/LabData/Sequencing/454.
Name | Description | Tissue | Reads | Format | Location | Author | Remarks |
---|---|---|---|---|---|---|---|
454 | Mixed 454 | Mixed | 1,208,954 | Fasta/Qual | Ax_454.tar.gz | n/a |
Microarrays
The data can be found under //biodata/groups/crtd_tanaka/LabData/Microarrays. Also consult the file Contents.txt in the experiment directory for more details. The raw data (*.tiff) files can be found in the subdirectory Raw in the experiment directory.
Name | Description | Timepoints | Tissue | Array type | Location | Author | Remarks |
---|---|---|---|---|---|---|---|
Fin vs bulk | Timecourse microarray experiment using fin and bulk tissue | 0, 1d, 3d | Mature tail: fin and bulk | Agilent, 44000 | Fin_vs_bulk | Eugeniu Nacu | |
Limb | Timecourse microarray experiment using limb | 0, 3h, 6h, 12h, 24h, 36h, 52h, 72h, 120h, 168h, 288h, 528h | Mature limb | Agilent, 44000 | Limb_timecourse | Eugeniu Nacu | |
Tail timecourse | Timecourse microarray experiment using tail | 0, 3h, 6h, 12h, 18h, 24h, 36h, 48h, 72h, 120h, 168h, 288h | Mature tail | Agilent, 44000 | Tail_timecourse | Eugeniu Nacu | |
Limb timecourse 2 | Timecourse microarray experiment using limb | 0, 3h, 6h, 9h, 12h, 24h, 36h, 52h, 72h, 120h, 168h, 288h, 528h | Mature limb and limb bud | Agilent, 44000 | Limb_timecourse_2 | Dunja Knapp |