The aim of this study was to advance understanding of how clients construct their own process of change in effective therapy sessions. Toward this end, the authors applied a narrative methodological tool for the study of the change process in emotion-focused therapy (EFT), replicating a previous study done with narrative therapy (NT). The Innovative Moments Coding System (IMCS) was applied to three good-outcome and three poor-outcome cases in EFT for depression to track the innovative moments (IMs), or exceptions to the problematic self-narrative, in the therapeutic conversation. IMCS allows tracking of five types of IMs events: action, reflection, protest, reconceptualization, and performing change. The analysis revealed significant differences between the good-outcome and poor-outcome groups regarding reconceptualization and performing change IMs, replicating the findings from a previous study. Reconceptualization and performing change IMs seem to be vital in the change process.
Summary
1. We investigated the effects of riparian plant diversity (species number and identity) and temperature on microbially mediated leaf decomposition by assessing fungal biodiversity, fungal reproduction and leaf mass loss.
2. Leaves of five riparian plant species were first immersed in a stream to allow microbial colonisation and were then exposed, alone or in all possible combinations, at 16 or 24 °C in laboratory microcosms.
3. Fungal biodiversity was reduced by temperature but was not affected by litter diversity. Temperature altered fungal community composition with species of warmer climate, such as Lunulospora curvula, becoming dominant.
4. Fungal reproduction was affected by litter diversity, but not by temperature. Fungal reproduction in leaf mixtures did not differ or was lower than that expected from the weighted sum of fungal sporulation on individual leaf species. At the higher temperature, the negative effect of litter diversity on fungal reproduction decreased with the number of leaf species.
5. Leaf mass loss was affected by the identity of leaf mixtures (i.e. litter quality), but not by leaf species number. This was mainly explained by the negative correlation between leaf decomposition and initial lignin concentration of leaves.
6. At 24 °C, the negative effects of lignin on microbially mediated leaf decomposition diminished, suggesting that higher temperatures may weaken the effects of litter quality on plant litter decomposition in streams.
7. The reduction in the negative effects of lignin at the higher temperature resulted in an increased microbially mediated litter decomposition, which may favour invertebrate‐mediated litter decomposition leading to a depletion of litter stocks in streams.
Several studies have proposed that self-narrative transformation occurs through the elaboration of "Innovative Moments" (IMs), which are alternative experiences to the problematic self-narrative. This study aimed to analyze the emergence of IMs among 6 complicated grief women undergoing grief therapy according to the meaning reconstruction approach and to examine associations of IMs to the severity of grief symptomatology, assessed by the "Inventory of Complicated Grief." Eighty-three sessions were analyzed using the "Innovative Moments Coding System" (IMCS). A generalized linear model analysis (GLM) showed a significant association between the emergence of IMs and the interaction between time and symptomatic improvement, indicating a higher rate of IM production over time in cases with better clinical outcomes. These results reinforce IMs' relevance in studying narrative change among cases with distinct clinical progressions.
Previous studies have used the Innovative Moments Coding System (IMCS) to describe the process of change in Narrative Therapy (NT) and in Emotion-Focused Therapy (EFT). This study aims to extend this research program to a sample of Client-Centered Therapy (CCT). The IMCS was applied to six cases of CCT for depression to track the Innovative Moments (IMs) which are exceptions to the problematic self-narrative in therapeutic conversation. Results suggest that IMCS can be applied to CCT, allowing the tracking of IMs' emergence. The analysis based on a generalized linear model revealed that the overall amount of IMs is significantly associated with symptom improvement, which is congruent with former studies done with the IMCS.
In many longitudinal studies, the outcomes recorded on each subject include both a sequence of repeated measurements at pre-specified times and the time at which an event of particular interest occurs: for example, death, recurrence of symptoms or drop out from the study. The event time for each subject may be recorded exactly, interval censored or right censored. The term joint modelling refers to the statistical analysis of the resulting data while taking account of any association between the repeated measurement and time-to-event outcomes. In this paper, we first discuss different approaches to joint modelling and argue that the analysis strategy should depend on the scientific focus of the study. We then describe in detail a particularly simple, fully parametric approach. Finally, we use this approach to re-analyse data from a clinical trial of drug therapies for schizophrenic patients, in which the event time is an interval-censored or right-censored time to withdrawal from the study due to adverse side effects.
The longitudinal effect of time on eGFR showed that people with diabetes and macroalbuminuria have an estimated 19 times more rapid decline in renal function compared with those without albuminuria. This study demonstrates that the progression of kidney disease in diabetic people without albuminuria is relatively benign compared with those with albuminuria.
Innovative moments (IMs) are exceptions to a client's problematic self-narrative in the therapeutic dialogue. The innovative moments coding system is a tool which tracks five different types of IMs-action, reflection, protest, reconceptualization and performing change. An in-depth qualitative analysis of six therapeutic cases of emotion-focused therapy (EFT) investigated the role of two of the most common IMs-reflection and protest-in both good and poor outcome cases. Through this analysis two subtypes (I and II) of reflection and protest IMs were identified, revealing different evolution patterns. Subtype II of both reflection and protest IMs is significantly higher in the good outcome group, while subtype I of both IMs types does not present statistically significant differences between groups. The evolution from subtype I to subtype II across the therapeutic process seems to reflect a relevant developmental progression in the change process.
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