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Conclusions: Venous TCCS can reliably image a significant part of the cerebral venous system.
2
Conclusions: TCCS allows a reliable evaluation of the major DCVs and posterior fossa sinuses.
3
The most abundant brain-infiltrating TCCs were isolated and functionally characterized.
4
To overcome these drawbacks, we studied the feasibility of frontal bone windows for TCCS examinations.
5
Most of the TCCs recognized all three gliadin pools, but some had distinct reactivity patterns.
6
This study reports a standardized examination protocol for venous TCCS and provides reference data for clinical application.
7
All TCCs were sensitive to one or more of the aa substitutions induced but showed different response patterns.
8
Thirteen of 21 TCCs responded to one or more of the three purified gliadins discerning highly discriminative patterns.
9
Seven DQ2-restricted, gluten-specific TCCs were then investigated with respect to their ability to recognize antigen presented by the transfectants.
10
We evaluated the diagnostic value of both noncontrast and contrast-enhanced TCCS by comparing normal volunteers and patients with acute cerebral venous thrombosis.
11
To evaluate the in vivo effect of TNP-470 on the growth of advanced TCCs, both cell lines were injected subcutaneously into SCID mice.