mentions, even if those links were to work, whether that relationship to be improved, the perdition basslernd met nancy pelosi, etc, etc, it will be a bumpy ride for the uk anyway becausejoe biden know we haven't mentioned the word brexit, i think a of the first paper review, but here we go, has said very much that he can't allow, where the words, and uk — us trade deal to proceed if northern ireland is a casualty of brexit and about as for donald trump if he was, asjoe says, to make this come back in the polls, particularly with voters, then the us ambassador of london, woody johnson, said america will slap ta riffs johnson, said america will slap tariffs on scottish salmon, no less, if the uk does not accept us chlorinated chicken as part of a trade deal. i'm referring to donald trump using the white house once again asa trump using the white house once again as a political platform, i have to say that i am possibly very uncomfortable with outcome even if they said that wasn't an election events. it seemed like it, i think, from many points of view, and as we ask a question tonight, and t

the cochlear is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. it's those cells that enable us to hear from behind notes. notes sound driver asians deflect the hair cells it's like flattening the fibers of a carpet. that generates an electrical signal which is sent to the brain and we perceive a sound or so then stand up again and are ready for the next sound. the different pitches are registered in different parts of the cochlea. i know it's are detected by the hairs at the bottom. lower ones further up. and the lowest notes at the very top. enabling us to hear a wide range of pitches. and their cells are very sensitive if they're exposed to too much stress or for too long they can be damaged and no longer react to sounds the hair cells that register high notes are especially susceptible to all frequencies passed by their stretch of the cochlear including the ones so it can get quite a battering like the bottom of a staircase the carpet on the lower flights tends to wear out faster. and the corresponding hair cells stop working sooner so hardne

the cochlear is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. it's those cells that enable us to hear from the high notes. to the low notes sound tribe or asians deflect the here cells it's like flattening the fibers of a carpet. that generates an electrical signal which is sent to the brain and we perceive a sound or so then stand up again and are ready for the next sound. the different pitches are registered in different parts of the cochlea. i know it's are detected by the hairs at the bottom. lower ones further up. in the lowest notes at the very top. enabling us to hear a wide range of pitches. and hair cells are very sensitive if they're exposed to too much stress or for too long they can be damaged and move on the real sounds the hair cells that register high notes are especially susceptible to all frequencies passed by their stretch of the cochlear including the low ones so it can get quite a battering like the bottom of a staircase. the carpet on the lower flights tends to wear out faster. in the cochlea the corresponding hair cells st

the cochlea is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. it's those cells that enable us to hear from the high notes. to the notes sound right gratian stiff like the hair cells it's like flattening the fibers of a carpet. that generates intellect. signal which is sent to the brain and we perceive a sound to her cells then stand up again and are ready for the next sound. the different pitches are registered in different parts of the cochlea. i know it's are detected by the hairs at the bottom. lower ones further up. and the lowest notes at the very top. enabling us to hear a wide range of pitches. the air cells are very sensitive if they're exposed to too much stress or for too long they can be damaged and moved on the real sounds the hair cells that register high notes are especially susceptible all frequencies pass by their stretch of the cochlear including the ones so it can get quite a battering like the bottom of a staircase. the carpet on the lower flight tends to wear out faster. in the cochlea the corresponding hair cells stop workin

the company is a bit like a spiral staircase that bassler membrane and hair cells make up the. it. it's those cells that enable us to hear from behind notes. to the low notes sound tribe ration stiff like the hair cells it's like flattening the fibers of a carpet. that generates an electrical signal which is sent to the brain and we perceive a sound or so then stand up again and are ready for the next sound. the different pitches are registered in different parts of the cochlear. i know it's are detected by the hairs at the bottom far lower ones further up. at the lowest notes at the very top. enabling us to hear a wide range of pitches. hair cells are very sensitive if they're exposed to too much stress or for too long they can be damaged and move on the right sounds the hair cells that register high notes are especially susceptible all frequencies passed by their stretch of the cochlear including the low ones so it can get quite a battering like the bottom of a staircase. the carpet on the lower flights chance to wear out faster. in the car the corresponding hair cells stop worki

the cochlea is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. it's those cells that enable us to hear from behind notes. notes sound fiber asians deflect the hair cells it's like flattening the fibers of a carpet. that generates an electrical signal which is sent to the brain and we perceive a sound. then stand up again and all ready for the next sound. the different pitches are registered in different parts of the cockpit. i know it's are detected by the hairs at the bottom. lower ones further up. and the lowest notes at the very top. enabling us to hear a wide range of pitches. and their cells are very sensitive if they're exposed to too much stress or for too long they can be damaged and move on the real sounds they hear so that register high notes are especially susceptible to all frequencies passed by their stretch of the cochlear including the ones so it can get quite a battering like the bottom of a staircase. the carpet on the lower flights tends to wear out faster. and the corresponding hair cells stop working sooner so hard most of hea