This study aimed to evaluate the efficacy of adding Sequential Brief Adlerian Psychodynamic Psychotherapy (SB-APP) to Supervised Team Management (STM) in BPD treatment compared to STM alone in a naturalistic group of heavy MHS users with BPD.
The surface topography of the samples after various treatments described above was investigated in situ by means of STM in constant current mode (VT-STM, delivered by Omicron).
Analysing STM in different mutant plants combined with advanced imaging techniques revealed that STM activity correlates with the extent of creasing at this boundary.
Therefore, using a microRNA in the boundary zone would affect the action of STM in both this zone as well as in any cells into which STM moves.
Given the expression pattern in the STM transcriptional marker lines, we reasoned that in these lines, we should primarily inactivate STM in the boundaries and to a lesser extent in the rest of the meristem.
To test this correlation further, we also analyzed the expression pattern of STM in the pSTM ALcR AlcA::GFP line (named hereafter pBOUND>>GFP) which contains 4.4 kb sequence upstream of the STM gene and has already been described previously (Laufs et al., 2004).
BP is a close STM homolog that directs development of the stem and flower pedicels [ 7] but can also assume the role of STM in meristem maintenance [ 8].
Further, to use STM in the context of invasion assays, a selection other than gentamicin should be applied.
With the advent of scanning tunneling microscopy (STM) in the 1980s, scientists could visualize these processes in real space.
This is a unique system which consists of a compact STM in which a flow reactor is integrated.
We have placed a scanning tunneling microscope (STM) in vacuo with a commercial molecular beam epitaxy (MBE) system for the study of interfaces during device growth.
