✍ Scribed by Friedrich C. Simmel
No coin nor oath required. For personal study only.
e14.ph.tum.de [**] We thank the Nanosystems Initiative Munich (NIM) for support of our work on DNA nanotechnology.
📜 SIMILAR VOLUMES
The organization of DNA within the nucleus has been demonstrated to be both cell and tissue specific and is arranged in a non-random fashion in both sperm and somatic cells. Nuclear structure has a pivotal role in this three-dimensional organization of DNA and RNA and contributes as well to forming
## Abstract A strongly T2\*‐weighted, three‐dimensional (3D) PSIF (time‐reversed FISP (fast imaging with steady‐state precession)) gradient‐echo magnetic resonance (MR) sequence, with postprocessing of the 3D data set with a maximum‐intensity projection (MIP) algorithm, produced x‐ray myelography–e
## Abstract Two‐dimensional intersecting __k__‐space trajectories have previously been demonstrated to allow fast multispectral imaging. Repeated sampling of __k__‐space points leads to destructive interference of the signal coming from the off‐resonance spectral peaks; on‐resonance data reconstruc
## Abstract MR microscopy of fixed specimens is described using large (256^3^) arrays. Images are acquired at 7.0 T with voxels as small as 70 × 70 × 70 μm (3.4 × 10^−4^ mm^3^), more than 25,000 times smaller than routine clinical body imaging. Separation of the acquisition, reconstruction, archiva