1 inherit parental experiences through altered brain chemistry.

2 n vivo measurement of the dynamic changes in brain chemistry.

3 rs new concepts and strategies to understand brain chemistry.

4 r menopause may result in complex effects on brain chemistry.

5 ingulate gyrus was used to quantify regional brain chemistry.

6 ere statistically significant differences in brain chemistry and clinical evaluations, supporting a d

7 st report assessing the relationship between brain chemistry and creative cognition, as measured with

8  produces significant and lasting changes in brain chemistry and function.

9  study of the effects of sex and hormones on brain chemistry and neurotransmission is of increasing i

10  it has been assumed that medications affect brain chemistry and physiology but not structure.

11 ificant transformation, including changes in brain chemistry and the microbiome.

12 ects of stress on specific brain regions and brain chemistry are also examined.

13 relationship between the oral microbiome and brain chemistry during adolescence, underscoring the imp

14 ialysis samples to enable deep monitoring of brain chemistry in time-resolved studies.

15 d peptides as pharmaceutical agents to alter brain chemistry in vivo has lagged because peptides do n

16                                 Conventional brain-chemistry monitoring is performed off-line by coll

17 behavior, adding to current knowledge of the brain chemistry of reward-seeking.

18 reveals a profound effect of inflammation on brain chemistry, specifically the rapidity of inflammati

19 nic acid and immunosuppression and can alter brain chemistry via depletion of tryptophan.