List of Contract Analysis products
- classification：Contract Analysis
1681～1695 item / All 2067 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
Synthesis of long-chain RNA using in vitro transcription method! Plasmid clones can also be used as templates.
- Contract Analysis
- Contract Analysis
- Analysis Services
Long-chain RNA synthesis (mRNA contract synthesis service)
We will synthesize your desired long-chain RNA using in vitro transcription methods. This can be used for various applications such as RT-PCR amplification control RNA, gRNA for genome editing, small RNA, mRNA preparation, RNA aptamers, etc. The synthesis will be performed via in vitro transcription using T7 polymerase from template DNA (prepared by PCR from plasmid clones or oligo DNA). After silica column purification, we will confirm purity and yield through absorbance measurement and electrophoresis. 【Details】 ■ Length: 50–120 nt ■ Guaranteed delivery amount: 20 μg ■ Template DNA: Synthetic oligo DNA (no additional cost) ■ Delivery time: 10 business days ■ Length: 121–1500 nt ■ Guaranteed delivery amount: 40 μg ■ Template DNA: Artificial gene synthesis (additional cost) ■ Delivery time: 10 business days (after receipt of template DNA) If you have a plasmid clone to use as a template, that can also be utilized. If you have requests for longer RNA, increased delivery amounts, 5' cap, polyA-tail, etc., please feel free to consult with us.
Engineers with specialized knowledge provide support! By combining various analysis software, we can meet diverse demands in surface modification.
- Contract Analysis
- Analysis Services
- Other analyses
We propose a surface treatment property prediction solution utilizing multiple analysis software.
- Contract Analysis
- Analysis Services
- Other analyses
Making next-generation sequencing analysis accessible! DNA analysis outsourcing service.
- Contract Analysis
Introduction to next-generation sequencing analysis, including amplicon analysis and genome draft analysis!
- Contract Analysis
[New Service] Chip seq Rip seq Analysis
Using NGS, we comprehensively analyze DNA (Chip seq) or RNA (Rip seq) bound to proteins to identify the binding regions of proteins. These analyses allow for a comprehensive examination of epigenetic modifications such as histone modifications and post-transcriptional expression control on a genome-wide scale. We hope this will be useful for your research and development!
Introducing new amplicon analyses from next-generation sequencing! We present two approaches.
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Rapid and high precision! Introducing a method for simultaneously identifying seven genetic regions and typing bacteria. *Case study collection available.
- Contract Analysis
From library preparation to data analysis! Introducing FastMac's RNA-seq analysis!
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Samples can accept bacteria and archaea! *Case study collection is currently being distributed.
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Quality filtering of acquired raw leads! Predicting genes from draft genome sequences *Case study collection available.
- Contract Analysis
By utilizing next-generation sequencing, it is possible to perform genotyping at a higher resolution! *Case study collection available.
- Contract Analysis
We present a case that suggests PCR repetition is effective in increasing the number of fish species detected! *Case study collection available.
- Contract Analysis
The research results of Fasmac have been published in an international journal.
The joint research results on environmental DNA between Fasmac and Professor Doi from Hyogo Prefectural University have been published in the international journal PLOS ONE. We believe that these research results will contribute to the improvement of the accuracy of environmental DNA analysis. We hope you find it useful for your research activities.
We have found that it is an effective means to elucidate the relationship between hosts and parasites that is difficult to detect from appearance! *Case study collection is being distributed.
- Contract Analysis
Introducing a case that demonstrates the method using EMA can analyze live microbial communities! *Case study collection available.
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Introducing the results of microbial community structure analysis, including principal coordinate analysis and rarefaction curves! *Case study collection available.
- Contract Analysis
Next-generation sequencing analysis case: '16S rRNA amplicon analysis' has been published.
Fasmac Co., Ltd. has published a case study on next-generation sequencing analysis, "16S rRNA amplicon analysis," on the Ipros site. We present our own data from soil samples. This data is the result of analyzing 4 samples from 4 locations, with approximately 100,000 reads obtained for each sample using MiSeq. You can view it from the related products below.