Real-time PCR is an extremely powerful technique, however, often its results are open to
interpretation since there is no convention for data presentation. This anomaly has arisen …

The dynamical theory of electron diffraction is developed in a form suitable for the computation
of images of crystal lattice defects such as dislocations observed by transmission electron …

This paper describes a kinematical theory of electron microscope images of dislocations
observed by transmission in thin crystalline foils. The contrast is essentially phase contrast in …

Although exogeneous “danger” signals such as LPS can activate APC to produce a Th1
response, the nature of events initiating a Th2 response is controversial. We now show that …

… treatment of this work (Howie & Whelan 19600, equations (1) … \irdepending on the reflecting
planes involv Whelan & Hirsch … side of the fault, as was done by Whelan & Hirsch, or else by …

Background: In the face of an influenza pandemic, accurate estimates of epidemiologic
parameters are required to help guide decision-making. We sought to estimate epidemiologic …

Importance As a result of low numbers of pediatric cases early in the COVID-19 pandemic,
pediatric household transmission of SARS-CoV-2 remains an understudied topic. Objective …

… microscope has evolved from simple mass thickness ideas to sophisticated diffraction contrast
and phase contrast concepts important for the study of defects in materials (Whelan, 1986)…

Further experiments by transmission electron microscopy on thin sections of stainless steel
deformed by small amounts have enabled extended dislocations to be observed directly. The …

The two-beam dynamical theory of electron diffraction in absorbing crystals has been applied
to explain features of bend and thickness extinction contours and of images of stacking …