Поделиться ссылкой по электронной почте
Не все поля заполнены
Bürkert - рядом с вами
Филиал /4
    • Администрация
      Representative Office of Burkert Austria GmbH
      Leninsky Prospekt , d. 113/1, office E-715
      117198 Moscow
      Телефон +7 495 510 6180
      Факс +7 495 510 6181
      Эл. почта vasb@ohexreg.pbz.eh
      Веб-сайт http://www.burkert.com.ru/
    • Администрация
      Burkert Austria GmbH
      Diefenbachgasse 1-3
      1150 Vienna
      Телефон +43 1 8941333
      Факс +43 1 894 1300
      Эл. почта vasb@ohrexreg.ng
      Веб-сайт http://www.buerkert.at/
    • Дистрибьютор
      St. Petersburg and Northwest Region, Urals FCS & Automatic JSC
      Petrogradskaya naberezhnaya 34, lit. A, office 504
      197101 St. Petersburg
      Телефон +7 812 7404980, 3254277
      Факс +7 812 3203170, 3254277
      Эл. почта spf@ohexregehf.pbz
      Веб-сайт http://burkertrus.com/
    • Дистрибьютор
      Moscow Region & Central Russia OOO „Ventar“
      Ul. Tkatskaya d. 1,
      Телефон +7 495 660077 5
      Факс +7 495 646 58 36
      Эл. почта vasb@iragne.eh
      Веб-сайт http://www.ventar.ru/
  • Администрация
  • Глав. предприятие
  • Systemhaus
  • Дистрибьютор
  • Филиал
  • Завод
  • Логистический центр

Biochip analysis

This process is a highly innovative method of molecular-biological analysis.


Biochips are microscopic slides (generally made of glass or a polymer) on which biological material (e.g. oligonucleotides or cDNA) is fixed in large numbers and with a high density, as a single strand in the form of microarrays, i.e. in a defined arrangement. Such chips perform the function of diagnostic tools and are offered by many manufacturers with various attributes.
In the case of biochip analysis, the substance under investigation, which is also single-strand (e.g. a patient sample or food sample), is brought into contact with the molecules fixed on the chip. If molecules of the sample substance encounter molecules of the chip that are complementary to them, an interaction occurs on the basis of the key-and-lock principle ("precise-fit mating parts"), with formation of a double strand (complementary hybridization). This process can be visualized by appropriate pretreatment of the sample materials with fluorescent dye. The fluorescent pattern thus produced contains the information as to what substances were present in the sample.

Мой список сравнения