Table 9.5.4.
T Cell Specificity Studies using Positional Scanning Libraries
Organism | Tcc | Research Area | Antigen | Method a | Reference |
---|---|---|---|---|---|
CD4 | |||||
Human | CSF-3 | Infectious diseases | Unknown | Biometrical | Hemmer et al., 1999 |
Human | TL3A6 | Autoimmunity | MBP 87-99 | Traditional Biometrical |
Hemmer et al., 2000 Zhao et al, 2001a |
Human | MN b | Autoimmunity | Unknown | Biometrical | Sospedra et al, 2005 |
Human | GP5F11 | Infectious diseases | Flu HA 306-318 | Biometrical and Traditional | Markovic-Plese et al, 2005 |
Human | Clone 6 | Infectious diseases | Gag 272-281 | Biometrical | Venturini et al, 2006 |
Human | X8 | Infectious diseases | Unknown | Biometrical | Luneman et al, 2007 |
Human | VRC b | Infectious diseases | Unknown | Biometrical | Judkowski et al, 2011 |
Mouse | Tg (BAND) | Model system | PCC | Traditional | Wilson et al., 1999 |
Mouse | Tg (BDC2.5) | Autoimmunity | Unknown | Traditional Biometrical |
Judkowski et al, 2001 Judkowski et al, 2004 |
CD8 | |||||
Human | LAU 203/1.5 | Cancer | Melan-A 26-35 | Traditional Biometrical |
Pinilla et al., 2001 Rubio-Godoy et al, 2002b |
Human | 3-3F4 | Infectious diseases | pp65 495-503 | Traditional | La Rosa et al, 2001 |
Human | LAU 50/4D7 | Cancer | Unkown | Biometrical and Traditional | Rubio-Godoy et al, 2002a |
Human | LAU Tyr/34 | Cancer | Tyrosinase 368-376 | Biometrical and Traditional | Rubio-Godoy et al, 2002c |
Human | N1216 | Infectious diseases | Tax 11-19 | Biometrical | Nino-Vasquez et al, 2004 |
Human | 161jAX14 | Infectious diseases | Gag 77-85 | Biometrical and Traditional | Boggiano et al, 2005 |
Mouse | Tg 3K-36 | Model system | Unkown | Traditional | Huseby et al, 2005 |
Mouse | p773-782 | Cancer | Her-2 neu 773-782 | Traditional | Lustgarten et al, 2006 |
Method used for the identification of peptides. Traditional refers to peptides derived from the combination of amino acids based on activity of positional scanning library. Biometrical refers to the identification of peptides in protein databases derived from the positional scanning based biometrical analysis.
Multiple clones.