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1 disorder would be more prevalent than summer seasonal affective disorder.
2 was significantly more prevalent than summer seasonal affective disorder.
3 seasonal affective disorder and subsyndromal seasonal affective disorder.
4 cts (80%) were not aware of the existence of seasonal affective disorder.
5 ate effects of season and light treatment on seasonal affective disorder.
6 effects of change of season on patients with seasonal affective disorder.
7 ening in the treatment of most patients with seasonal affective disorder.
8 as specific antidepressants in patients with seasonal affective disorder.
9  operation appears abnormal in patients with seasonal affective disorder.
10  brighter, 10,000-lux exposure when treating seasonal affective disorder.
11  by serotonin 1A receptors appears normal in seasonal affective disorder.
12 a promising nonpharmacological treatment for seasonal affective disorder.
13 nt in the subsequent summer in patients with seasonal affective disorder.
14  of the Rosenthal et al. diagnosis of winter seasonal affective disorder.
15 toms predict response to light treatment for seasonal affective disorder.
16 terize the long-term course of patients with seasonal affective disorder.
17 ome, the polar T3 syndrome, and subsyndromal seasonal affective disorder.
18                                              Seasonal affective disorder, a clinically diagnosed synd
19 tude, but that awareness of the existence of seasonal affective disorder, a condition with safe and e
20             Fourteen patients who had winter seasonal affective disorder and 16 healthy volunteers we
21                       Eighteen patients with seasonal affective disorder and 18 controls first comple
22  new understanding of human diseases such as seasonal affective disorder and delayed sleep phase synd
23 ry function may differ between patients with seasonal affective disorder and healthy control subjects
24 st ipsapirone hydrochloride in patients with seasonal affective disorder and healthy controls.
25 ial similarities in cognitive impairments in seasonal affective disorder and major depressive disorde
26 refore, should be considered when diagnosing seasonal affective disorder and selecting treatment.
27 ality score and to estimate the frequency of seasonal affective disorder and subsyndromal seasonal af
28 by a ratio of 3:2; estimated rates of summer seasonal affective disorder and subsyndromal seasonal af
29 effects of light therapy in the treatment of seasonal affective disorder are reversed by both tryptop
30 successfully treat depression, in particular seasonal affective disorder, but the neural pathways and
31 r depressive disorder, bipolar disorder, and seasonal affective disorder, exhibit significant heterog
32          The results show that patients with seasonal affective disorder generate a biological signal
33 uency, and pattern (winter versus summer) of seasonal affective disorder in African American college
34                 There is a high frequency of seasonal affective disorder in high latitudes where ligh
35 s assessed for major depressive disorder and seasonal affective disorder in late autumn and completed
36 ma melatonin was sampled in 42 patients with seasonal affective disorder, in the evening or overnight
37                             Light-responsive seasonal affective disorder is distinguished by a domina
38                             In patients with seasonal affective disorder, light treatment lowers core
39 seasonal depressions in patients with winter seasonal affective disorder may be associated with great
40                                Subjects with seasonal affective disorder (N = 158) were randomly assi
41 ng Scale, the authors rated 15 patients with seasonal affective disorder on three occasions: during w
42 othesis for patients with winter depression (seasonal affective disorder, or SAD) uses low-dose melat
43 sults of several recent follow-up studies of seasonal affective disorder, providing support for the p
44          Behavioral changes in patients with seasonal affective disorder resemble seasonal changes in
45                                              Seasonal affective disorder (SAD) famously follows annua
46                                              Seasonal Affective Disorder (SAD) is one of the most com
47 e central public health challenge for winter seasonal affective disorder (SAD) is recurrence preventi
48 e percentage of the general population, with seasonal affective disorder (SAD) representing the most
49           Previous studies hypothesized that seasonal affective disorder (SAD) was caused by a circad
50  varies with clinical state in patients with seasonal affective disorder (SAD), becoming elevated dur
51 e evidence supports light therapy for winter seasonal affective disorder (SAD), data on cognitive-beh
52                All mood disorders, including seasonal affective disorder (SAD), major depressive diso
53 ctivity) and sleep/mood disorders, including seasonal affective disorder (SAD).
54 rapy is the recommended treatment for winter seasonal affective disorder (SAD).
55 ain serotonergic systems may be disturbed in seasonal affective disorder (SAD).
56  human behavior, including the phenomenon of seasonal affective disorder (SAD).
57   These results reveal that individuals with seasonal affective disorder showed cognitive impairments
58 rtain features of the group with complicated seasonal affective disorder suggested that they were mor
59 ide for the Hamilton Depression Rating Scale-Seasonal Affective Disorder Version (SIGH-SAD).
60                                 By using the Seasonal Affective Disorder Version of the Hamilton Depr
61 ide for the Hamilton Depression Rating Scale-Seasonal Affective Disorder Version.
62 d with the Hamilton Depression Rating Scale, Seasonal Affective Disorder Version.
63        The Hamilton Depression Rating Scale, Seasonal Affective Disorders Version, was administered t
64 mmer versus winter pattern of seasonality of seasonal affective disorder was compared by using multin
65                   The results indicated that seasonal affective disorder was highly prevalent (28.0%)
66                                       Winter seasonal affective disorder was significantly more preva
67 seasonal affective disorder and subsyndromal seasonal affective disorder were 4.4% and 8.0%, respecti
68   The effects of gender and the awareness of seasonal affective disorder were evaluated with a two-wa
69            The first 59 patients with winter seasonal affective disorder who had entered winter proto
70                        Sixteen patients with seasonal affective disorder who had responded to a stand
71                        Seventy subjects with seasonal affective disorder who underwent brief 10,000-l
72 es were also evident among participants with seasonal affective disorder, with more women qualifying
73                They hypothesized that winter seasonal affective disorder would be more prevalent than