Hot Search
Preservation Solution Extraction Machine DNA Extraction Kit Blood card puncher 28A 23sp Y Prime Plus RM-Y 19X Fragile X SMN AZF Deafness Folic Acid MSI CE Cardiovascular Drugs CYP2C19, CYP2C9, VKORC1

Forensics

DNA Amplification

Microreader™ 28A

Microreader™ 28A ID System

With advanced 6-dye fluorescent, this kit amplifies 24 autosome STR loci, 1 Y chromosome STR loci, 2 Y-indel loci and a sex STR loci: Amlogenin, at same time.
Learn More

Microreader™ 28A Direct

Microreader™ 28A Direct ID system

With advanced 6-dye fluorescent, this kit amplifies 24 autosome STR loci, 1 Y chromosome STR loci, 2 Y-indel loci and a sex STR loci: Amlogenin, at same time.
Learn More

Microreader™ Y Prime

Microreader™ Y Prime ID System

Designed for amplification in difficult cases such as degraded DNA samples or contacted stains using advanced 6-color fluorescent labeling technology, with higher sensitivity and stability.
Learn More

Microreader™ RM-Y

Microreader™ RM-Y

New 26-plex STR genotyping system that amplified 26 Rapid Mutated Y STR (RM-Y) loci with 5 dye channels
Learn More

Microreader™ 21 ID

Microreader™ 21 ID System

With advanced 5-dye fluorescent technology and a co-amplification method to detect 20 STR loci(including 13 CODIS loci) and Amelogenin ,This kit has stable performance and provides a professional choice for forensic DNA identification.
Learn More

Microreader™ Y Prime Plus

Microreader™ Y Prime Plus

MicroreaderTM Y Prime Plus ID system amplifies 37 commonly used Y-STR loci and 1 Chinese specific Y-indel using 6-dye technology.
Learn More

Microreader™ 23sp

Microreader™ 23sp

MicroreaderTM 23sp ID System (MR23sp) uses a 5-dye fluorescent technology and a co-amplification method to detect 23 loci(22 STR loci and Amelogenin), including 22 Non-CODIS loci, 1 CODIS loci, and Amelogenin.
Learn More

Microreader™ 19X

Microreader™ 19X

MicroreaderTM 19X ID System (MR19X) uses a 5-dye fluorescent technology and a co-amplification method to detect 20 loci, including 19 X-STR loci, and Amelogenin.
Learn More