Change in biological markers measured by morning salivary cortisol levels in 6 months
To analyze the biological markers related to BD, through the measurement of morning salivary cortisol levels.
Change in biological markers measured by morning salivary cortisol levels in 12 months
To analyze the biological markers related to BD, through the measurement of morning salivary cortisol levels.
Change in biological markers measured by C-reactive protein levels in 6 months.
To analyze the biological markers related to BD, through the measurement of C-reactive protein levels.
Change in biological markers measured by C-reactive protein levels in 12 months.
To analyze the biological markers related to BD, through the measurement of C-reactive protein levels.
Change in biological markers measured by Brain Derived Neurotrophic Factor levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Brain Derived Neurotrophic Factor levels.
Change in biological markers measured by Brain Derived Neurotrophic Factor levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Brain Derived Neurotrophic Factor levels.
Change in biological markers measured by Interleukin-1 Beta levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-1 Beta levels.
Change in biological markers measured by Interleukin-1 Beta levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-1 Beta levels.
Change in biological markers measured by Interleukin-2 levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-2 levels.
Change in biological markers measured by Interleukin-2 levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-2 levels.
Change in biological markers measured by Interleukin-4 levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-4 levels.
Change in biological markers measured by Interleukin-4 levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-4 levels.
Improvement in biological markers measured by Interleukin-6 levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-6 levels.
Change in biological markers measured by Interleukin-6 levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-6 levels.
Change in biological markers measured by Interleukin-10 levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-10 levels.
Change in biological markers measured by Interleukin-10 levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Interleukin-10 levels.
Change in biological markers measured by Interferon-gamma levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Interferon-gamma levels.
Change in biological markers measured by Interferon-gamma levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Interferon-gamma levels.
Change in biological markers measured by Tumor Necrosis Factor alpha levels in 6 months.
To analyze the biological markers related to BD, through the measurement of Tumor Necrosis Factor alpha levels.
Change in biological markers measured by Tumor Necrosis Factor alpha levels in 12 months.
To analyze the biological markers related to BD, through the measurement of Tumor Necrosis Factor alpha levels.
Modification in neurocognitive functioning through the WASI test.
To verify if the patients treated with EMDR will present a better profile of neurocognitive functioning, evaluated by means of the Wechsler Abbreviated Intelligence Scale (WASI).
Modification in neurocognitive functioning through the WISC-III test.
To verify if the patients treated with EMDR will present a better profile of neurocognitive functioning, evaluated by means of the Wechsler Intelligence Scale for Children (WISC-III) in adolescents aged up to 17 years.
Modification in neurocognitive functioning through the WAIS-III test.
To verify if the patients treated with EMDR will present a better profile of neurocognitive functioning, evaluated by means of the Wechsler Intelligence Scale for Adults - Third Edition (WAIS-III) for adolescents over 17 years of age.
Modification in neurocognitive functioning through the MAC Battery.
To verify if patients treated with EMDR will present an improvement in processing speed, access to semantic memory, and inhibitory control evaluated by means of the Verbal Fluency Tasks of the Montreal Communication Assessment Battery (MAC Battery).
Modification in neurocognitive functioning through the Hayling Test.
To verify if patients treated with EMDR will show an improvement in the signs of inattention, impulsivity (inhibitory failure), processing speed, semantic memory, language and cognitive flexibility through the Hayling Test.
Change in neurocognitive functioning through the MAC Battery Test.
To verify if patients treated with EMDR will present an improvement in short term memory, verbal work memory and inference processing through the Oral Narrative Discourse - MAC Battery test.
Change in neurocognitive functioning through the DNE test.
To verify if patients treated with EMDR will show an improvement in Reading Comprehension through the DNE (Discurso Narrativo Escrito or Written Narrative Speech) test.
Change in neurocognitive functioning through the NEUROPSILIN test.
Check if patients treated with EMDR will show an improvement in Sentence Writing (syntax) through the Spontaneous Sentence Writing Subtest - NEUPSILIN (Instrumento de Avaliação Neuropsicológica Breve Infantil or Child Brief Neuropsychological Assessment Instrument).
Change in neurocognitive functioning through the evaluation of Comprehension of Written language.
To verify if patients treated with EMDR will present an improvement in Comprehension of written language through the Subtest Comprehension Writing - NEUPSILIN.
Change in neurocognitive functioning through the evaluation of the Visuospatial Working Memory.
To verify if patients treated with EMDR will show an improvement in the Visuospatial Working Memory through the Visuospatial Working Memory Subtest - NEUPSILIN-INF.
Change in neurocognitive functioning through the Go-no-Go Subtest.
To verify if patients treated with EMDR will show an improvement in attention and inhibitory control through the Go-no-go Subtest - NEUPSILIN-INF.
Change in neurocognitive functioning through the Words Span in Sentences Subtest.
To verify if patients treated with EMDR will present an improvement in verbal work memory through the Words Span in Sentences Subtest.
Change in neurocognitive functioning through the Five Digit Test.
To verify if patients treated with EMDR will present an improvement in the automatic and controlled processes of attention, inhibitory control, impulsivity, self-monitoring, cognitive flexibility through the Five Digit Test.
Change in neurocognitive functioning through the Psychological Attention Battery.
To verify if patients treated with EMDR will show an improvement in the attention alternated, concentrated, and divided through the Psychological Attention Battery.
Change in neurocognitive functioning through the Test of School Performance.
To verify if patients treated with EMDR will present an improvement in the school performance in writing of words in reading, writing of isolated words and arithmetic through the Test of School Performance.