DAP seq technology service provides practical experience in 100+species and 2000+transcription factors. $r $n does not require antibodies, high-throughput identification of downstream genes of transcription factors. Lanjing Kexin has assisted clients in publishing articles in many journals, such as: Molecular Plant,The Plant Cell,Plant Physiology,Plant Biotechnology Journal,Journal of Integrative Plant Biology,New Phyto
DAP seq Technical ServicesA new method for studying transcription factor binding sites (DNA affinity purification sequencing)
The discovery of transcription factor binding sites (TFBS) has always been a research hotspot in functional genomics and epigenetics studies. The traditional ChIP seq (chromatin immunoprecipitation sequencing) method can effectively detect TFBS with good antibody quality. However, good antibodies are hard to come by, which limits the wider application of ChIP seq.
The emergence of DAP seq technology has made TFBS research no longer limited to species or restricted by antibody quality, providing a new and effective tool for the study of transcription factors in the field of life sciences.
DAP seq has the same functionality as ChIP seq. By using in vitro protein expression technology, labeled transcription factors are expressed and bound to genomic DNA libraries in vitro. Then, all DNA binding to transcription factors is isolated, and high-throughput sequencing is used to identify the binding sites of transcription factors.
We provide you with DAP seq full process technical services and personalized data analysis, with practical experience in over 100 species and more than 2000 transcription factors. Welcome to inquireDAP seq Technical Services.

Service Content

Species already created:
| plant |
| Arabidopsis thaliana |
stem tumor mustard |
Brassica napus |
Cabbage type rapeseed |
brassica chinensis |
Choy sum |
wheat |
barley |
peanut |
| pepper |
tomato |
strawberry |
Yellow flowered thorn beans |
bitter buckwheat |
sweet potato |
cassava |
potato |
Ordinary tobacco |
| ginseng |
Duck grass |
Papaya su |
sugarcane |
Hordeum brevisubulatum |
Two color blood nourishing herb |
tobacco |
Bai Mai Gen |
peony |
| Salvia miltiorrhiza |
green bristlegrass |
spinach |
corn |
soybean |
sorghum |
quinoa |
Upland cotton |
melon |
| cucumber |
grape |
Grey felt honeysuckle |
kudzu |
San Ye Qing |
kiwi fruit |
banana |
medicago truncatula |
alfalfa |
| Sedum plumbizincicola |
苔藓 |
Land money |
Populus trichocarpa |
717Yang
|
84KYang
|
Xiao Hei Yang |
Populus euphratica |
Shanxin Yang |
| Xiaoye Yang |
Euramerican poplar |
Da Qing Yang |
Populus tomentosa |
Tamarix hispida |
White Birch |
Radiant birch |
Pine |
moso bamboo |
| Ma Zhu |
ginkgo |
tung oil tree |
lychee |
citrus |
sweet orange |
European spruce |
walnut |
柿子 |
| Min Nan |
Schima |
navel orange |
chestnut |
jujube |
trifoliate orange |
Du Li |
apple |
peach |
| cherry |
Leprosy tree |
tea tree |
plum blossom |
rose |
Island cotton |
White wood fragrance |
rubber tree |
Phaeodactylum tricornutum |
| Chinese kale |
Blue Flower Columbine |
Salt mustard |
fig |
pineapple |
watermelon |
sweet potato |
Zanthoxylum armatum |
rose |
| animal |
| donkey |
Flying locusts |
Neospora |
whitefly |
fall armyworm |
|
| fungus |
| Fusarium oxysporum |
Poria fungus |
penicillium italicum |
Penicillium oxalicum |
pythium |
Golden shell cyst fungus |
Ganoderma |
|
| Pleurotus ostreatus |
straw mushroom |
coprinus cinereus |
cordyceps |
Asian Fusarium |
Metarhizium anisopliae |
|
| bacteria |
| Ludwig Escherichia coli |
Thermophilic anaerobic bacteria |
Pseudomonas azotoformans |
Burkholderia monocytogenes |
Brucella bacteria |
klebsiella pneumoniae |
|
related services
1. Gel block test (EMSA): DAP seq follow-up verification service.
2. Yeast one hybrid: DAP seq follow-up validation service
3. ChIP seq: Efficient detection of binding sites of recombinant proteins and transcription factors in the genome
4. DAP seq and RNA seq joint analysis: Analyze the expression changes of target genes of transcription factors in RNA seq data, deeply explore DAP seq and RNA seq sequencing data, and increase the analysis depth of transcriptome sequencing.
5. DNA pull down: Identifying proteins that bind to DNA.
6. Exquisite paper image design and production: Professional designers design exquisite paper illustrations to enhance the rigor and aesthetics of the paper.