Hepatocytes from α 1B ‐adrenoceptor knockout mice reveal compensatory adrenoceptor subtype substitution von Deighan, Clare, Woollhead, Alison M, Colston, Janet F, McGrath, John C

Volltext

Hepatocytes from α1B‐adrenoceptor knockout mice reveal compensatory adrenoceptor subtype substitution von Deighan, Clare, Woollhead, Alison M, Colston, Janet F, McGrath, John C

Volltext

β-Arrestin-Dependent Spontaneous α1a-Adrenoceptor Endocytosis Causes Intracellular Transportation of α-Blockers via Recycling Compartments von Pediani, John D., Colston, Janet F., Caldwell, Darren, Milligan, Graeme, Daly, Craig J., McGrath, John C.

Volltext

β-Arrestin-Dependent Spontaneous α1a-Adrenoceptor Endocytosis Causes Intracellular Transportation of α-Blockers via Recycling Compartments von John D. Pediani, Janet F. Colston, Darren Caldwell, Graeme Milligan, Craig J. Daly, John C. McGrath

Volltext

Beta-arrestin-dependent spontaneous alpha1a-adrenoceptor endocytosis causes intracellular transportation of alpha-blockers via recycling compartments von Pediani, John D, Colston, Janet F, Caldwell, Darren, Milligan, Graeme, Daly, Craig J, McGrath, John C

Volltext

Hepatocytes from [alpha]1B-adrenoceptor knockout mice reveal compensatory adrenoceptor subtype substitution von Deighan, Clare, Woollhead, Alison M, Colston, Janet F, McGrath, John C

Volltext

Hepatocytes from alpha1B-adrenoceptor knockout mice reveal compensatory adrenoceptor subtype substitution von Deighan, Clare, Woollhead, Alison M, Colston, Janet F, McGrath, John C

Volltext

Hepatocytes from α1B-adrenoceptor knockout mice reveal compensatory adrenoceptor subtype substitution. Commentary von DEIGHAN, Clare, WOOLLHEAD, Alison M, COLSTON, Janet F, MCGRATH, John C, HIEBLE, J. Paul

Volltext

COVID-19: Rapid antigen detection for SARS-CoV-2 by lateral flow assay: A national systematic evaluation of sensitivity and specificity for mass-testing von Peto, Tim, Ainsworth, Mark, Allanson, Alison, Allen, Collette, Ashbridge, Natasha, Balaji, Rishab, Baldwin, Ella, Beane, Carol, Body, Richard, Bridgeman, Chris, Brooks, Tim, Broughton-Smith, Margaret, Buck, Beverley, Byrne, Wendy, Campbell, Siobhan, Catton, Matthew, Chapman, David, Chaudary, Tanzina, Chidavaenzi, Shaolin, Claasen, Hannah, Collins, Kayleigh, Connolly, James, Cook, Eloïse, Corley, Ben, Crook, Derrick W., Darby, Mary-Anne, Dolman, Mark, Elderfield, Ruth, Ellis, Kate, Evans, Becky, Field, Alice, Foord, Tom, Fuchs, Hannah, Gernon, Joseph, Gilmour, Kate, Goel, Anika, Gordon, Sally, Green, David, Hallis, Bassam, Hammond, Peter, Hanney, Beth, Harker, Gabriella, Hazell, Elena, Hicklin, Kim, Hoosdally, Sarah J., Jackman, Joanne, Jackson, Harriet, Jones, Juliet, Kanyowa, Tinashe, Khan, Iftikhar, Krishna, Anuradha, Lee, Kirsten, Logue, Christopher, Lucas, Vanessa, Matthews, Philippa C., Mellor, Freddie, Miller, Julie, Moore, Sophie, Nanson, Gemma, Papoulidis, Dimitris, Peace, Arro, Pearson, Karen, Pegler, Suzannah, Permain, Helen, Perumal, Prem, Peto, Leon, Pham, Thanh, Pickford, Hayleah L., Pinkerton, Mark, Platton, Michelle, Price, Ashley, Rawden, Lottie, Ritter, Tom G., Robinson, James, Rodger, Gillian, Rowe, Cathy, Rowell, Bertie, Saunders, Kathryn, Shail, Lloyd, Shallcross, Jane, Sherkat, Anna, Smith, Jennifer, Stanton, Emma, Starkey, Thomas, Sterry, Amelia, Stockbridge, Mark, Sukumaran, Anila, Tatar, Sami, Tibbins, Carly, Turek, Elena, Neibler, Toi, Trigg-Hogarth, Kate, Truelove, Elizabeth, Turnbull, Chris, Walker, Ann Sarah, Walters, Mary, Webster, Kimerbley, Willis, Herika, Wright, Deborah, Zinyama, Rangeni

Volltext

Why fluorescent probes for endoplasmic reticulum are selective: an experimental and QSAR-modelling study von Colston, J, Horobin, Rw, Rashid-Doubell, F, Pediani, J, Johal, Kk

Volltext