CP05E

PepTenCamera ＜PTC-FD13*＞ ON SITE use
Design and Concept
HiPep Laboratories established fundamental
technologies for the PepTenChip®, peptide
microarray, using a novel carbon substraterealizes the novel bio-detection principle ofthe fingerprint method (Pat. US, EU, JP). Its
ripple effect is very large not only researchand drug discovery/development but also
involving high potential in clinical diagnoses
in the future. When bio-chips are films,
cameras are indispensable. Conventional
detection system using sophisticated andlarge instruments and/or complicatedreagent systems require expertized skill andthus cab be performed only big institutions/
hospitals. Sample collection of body fluids
for analyses involves less technical difficulty,
since bio-detection using PepTenChip ®
allows a “real-time on-site” manner, it isdesirable that directly measurements ofsampling specimen give time saving toimprove efficiency also in the field. For thisreason, we developed a portable and easyto-use detection device, “PepTenCamera”
Model PTC-FD13 (PAT.P).

PC and monitor:
NOT included

PepTenChip®

① DIN A4 size（ca 5 Liter) ② Easily carried (ca 5 Kg) ③ Powersupply allow to stand outside ④ Lap-top PC: USB connection ⑤Field use (carry on baggage size)

Easy to use in a remote place/in a field, it can be used for home care. In the casethat the samples have risks of infection, bio-safely level facility (BSL3, 4) arerequired. For the use such closed space, maintenance free and no sliding parts
are equipped, thus fine adjustment and fixation of any parts are unnecessary.
PTC-FD13 has been developed for upper stream patens owned by HiPep
Laboratories. Additionally this device is also useful for micro-flow path observation(US & JP patents and EU PAT.P).
In biometric measurement PepTenChip® can create objective indicators fordiagnoses, that are not dependent on the skill of medical doctors. In care ofserious diseases and/or senior persons who can not fully communicate theirproblems orally to doctors.

Additional filters: excitation wavelength for fluorescence (optional)
The wavelength of the excitation light source is optimized for TAMRA on capture
molecules. Light sources and filters can be customized upon requests.
Wave length can be selected upon dyes and the filter can be easily replaced
TAMRA (Ex. 531 nm Em. 593 nm) Filter for TAMRA =FF01-531/40-25 531 ± 20 nm FF01-593/40-25 593 ± 20 nm
FAM (Ex. 475 nm Em. 530 nm ) Filter for FAM =FF01-475/35-25 475 ± 20 nm FF01-530/43-25 530 ± 20 nm

Detection software (optional)
The software is offered as an option, which is specialized in detecting
and analyzing arrayed spots.
By applying the optimal template to the array image acquired by thePepTenCamera, the difference between the fluorescence intensity ofeach spot and the background can be automatically calculated anddisplayed. The image data (array data) acquired by the other equipment
can be also analyzed. This software was constructed as outsourcing of
HiPep Laboratory a license fee is required. Practically another software
can also be applied.

HiPep are looking for ｍanufactures under license
HiPep Laboratories, Nakatsukasa-cho 486-46, Kamigyo-ku, Kyoto, 602-8158, Japan
Tel +81-75-813-2101 E-mail: PepTenChip@hipep.jp URL: http://www.hipep.jp/