In this task, you need to Translate Czech text to English.

Izolovaný polypeptid, který se váže na faktor 2, asociovaný s receptorem TNF (TRAF2) a moduluje aktivitu nukleárního faktoru .sub.K.n.B (NF-.sub.K.n.B), pricemž polypeptid je tvoren a) sekvencí aminokyselin, kódovanou nukleotidovou sekvencí SEQ ID No:3, sekvencí aminokyselin, kódovanou nukleotidovou sekvencí SEQ ID No:6, nebo sekvencí aminokyselinSEQ ID No:7, b) sekvencí aminokyselin, která je fragmentem a) který se váže na TRAF2 a moduluje aktivitu NF-.sub.K.n.B, c) sekvencí aminokyselin, která je analogem a) nebo b), obsahuje méne než desetzmen v sekvenci aminokyselin a) nebo b) a která se váže na TRAF2 a moduluje aktivitu NF-.sub.K.n.B,d) derivátem a), b) nebo c), který se váže na TRAF2 a moduluje aktivitu NF-.sub.K.n.B. Použití polypeptidu napr. ve farmaceutických kompozicích.
In the present invention, there is disclosed an isolated polypeptide that binds to factor 2 associated with TNF receptor (TRAF2) and modulates activity of nuclear factor iKB (NF-iKB), wherein the polypeptide is formed by: a) an amino acid sequence, a coded nucleotide sequence SEQ ID No:3, an amino acid sequence encoded by nucleotide sequence SEQ ID No:6, or an amino acid sequence SEQ ID No:7; b) an amino acid sequence that is a fragment a) that binds to TRAF2 and modulates the activity of NF-iKB; c) an amino acid sequence that is an analog of a) or b), containing less than ten modifications in the amino acid sequence a) or b) and that binds to TRAF2 and modulates the NF-iKB activity; d) a derivative of a), b) or c) that binds to TRAF2 and modulates the NF-iKB activity. There is also disclosed the use of the above described isolated polypeptide for example in pharmaceutical compositions.

eÜen se t²k senzoru pro zjiÜ ov n p° tomnosti tekutin, zejm na pro kapaln a p° padn i plynn l tky, sest vaj c z vys lac a p°ij mac sti sv teln ho z °en , kter jsou vz jemn propojeny optokabelem. Podstata spo v v tom, e mezi vys lac st (1) sv teln ho z °en a p°ij mac st (1') sv teln ho z °en je v m st obna en ho j dra optokabelu (2) vytvo°ena alespo jedna kontaktn smy ka (3) spojit ho tvaru U. Senzor lze vyu t zejm na v laboratorn ch a pr myslov²ch provozech, skladovac ch prostor ch a vÜude tam, kde je sledov n a indikace uveden²ch l tek zapot°eb . Senzor je pou iteln² u kapaln²ch l tek i pro p°esn sledov n jejich hladiny.\
The sensor sensor is designed to detect the presence of fluids, especially for liquid and gaseous fluids, the light source and the light sensor, which are interconnected by an opto-cable. The essence of this is that between the high-light (1) and the light (1 ') of the light source, the cable (2) is made up of at least one light source. one contact loop (3) to connect it to U. The sensor can be used in laboratory and industrial environments, storage areas and where there is a sequence of indi- cations listed above. The sensor can be used with both liquid and precision levels. \ T

V injektorové skríni (1), která je ve spojení s centrálním vysokotlakým zásobníkem je axiálne posuvná trysková jehla (14), spolupusobící s ventilovouvlozkou (6), která je vedena ve ventilovém kusu (2). Pro zvýsení zivotnosti injektoru je konec ventilové vlozky (6) privrácený k tryskové jehle (14),prípadne ventilovou vlozkou (6) ovládaná tlacná tyc (8) vedena koaxiálne k ose soumernosti tryskovéjehly (14).

In the injector housing (1), which is in communication with the central high pressure reservoir, there is an axially displaceable nozzle needle (14) co-operating with the valve insert (6) which is guided in the valve piece (2). To increase the life of the injector, the end of the valve insert (6) facing the nozzle needle (14) or the valve insert (6) actuated by the push rod (8) is guided coaxially to the axis of symmetry of the jet needle (14).