ÅsbergM.; “Serotonin depression” — a biochemical subgroup within the affective disorders? 10th Cong. Collegium Internationale Neuro-Psychopharmacologicum, Quebec, July 1976 (p. 24).
2.
ÅsbergM., ThorénP., TräskmanL.: “Serotonin depression” — a biochemical subgroup within the affective disorders?Science191: 479–480, 1976.
3.
ÅsbergM., TräskmanL., ThorénP.: 5-HIAA in the cerebrospinal fluid.Arch Gen Psychiatry33: 1193–1197, 1976.
4.
AshcroftG. W., BlackburnI.M., EcclestonD., GlenA.I.M., HartleyW., KinlochN.E., LonerganM., MurrayL.G., PullarI.A.: Changes on recovery in the concentrations of the biogenic amines in the CSF of patients with affective illness.Psychol Med3: 319–325, 1973.
5.
AshcroftG.W., EcclestonD., KnightF., McDougallE.J., WaddellJ.L.: Changes in amine metabolism produced by antidepressant drugs.J. Psychosom Res9: 129–136, 1965.
6.
AylwardM., MaddockM.: Plasma tryptophan levels in depression.Lanceti:936, 1973.
7.
BadawyA.A.B., EvansM.: The mechanism of inhibition of rat liver tryptophan pyrrolase activity by 4-hydroxypyrazolo (3,4-d) pyrimidine (allopurinol).Biochem J133: 585–591, 1973.
8.
BeckmannH., GoodwinF.K.: Antidepressant reponse to tricyclics and urinary MHPG in unipolar patients.Arch Gen Psychiatry32: 17–21, 1975.
9.
BirkmayerW., NeumayerE.: Die Behandlung der Dopa-Psychosen mit L-Tryptophan.Nervenarzt43: 76–78, 1972.
10.
BourneH.R., BunneyW.E.Jr., ColburnR.W., DavisJ.M., DavisJ.N., ShawD.M., CoppenA.J.: Noradrenaline, 5-hydroxytryptamine, and 5-hydroxy-indoleacetic acid in hindbrains of suicidal patients.Lancetii:805–808, 1968.
11.
BrodieB.B., SpectorS., ShoreP.A.: Interaction of drugs with norepinephrine in the brain.Pharmacol Rev11: 548–564, 1959.
CasperR.C., DavisJ.M., PandeyG.N., GarverD.L., DekirmenjianH.: Neuroendocrine and amine studies in affective illness.Psychoneuroendocrinology2: 105–113, 1977.
14.
ChouinardG., YoungS.N., AnnableL., SourkesT.L.: Tryptophan-nicotinamide combination in depression.Lanceti:249, 1977.
15.
CochranE., RobinsE., GroteS.: Regional serotonin levels in brain: a comparison of depressive suicides and alcoholic suicides with controls.Biol Psychiatry11: 283–294, 1976.
16.
CohnC.K., DunnerD.L., AxelrodJ.: Reduced catechol-O-methyltransferase activity in red blood cells of women with primary affective disorder.Science170: 1323–1324, 1970.
17.
CoppenA.: The biochemistry of affective disorders.Br J Psychiatry113: 1237–1264, 1967.
18.
CoppenA.: Indoleamines and affective disorders.J Psychiatr Res9: 163–171, 1972.
19.
CoppenA., BrooksbankB.W.L., NogueraR., WilsonD.A.: Cortisol in the cerebrospinal fluid of patients suffering from affective disorders.J Neurol Neurosurg Psychiatry34: 432–435, 1971.
20.
CoppenA., BrooksbankB.W.L., PeetM.: Tryptophan concentration in the cerebrospinal fluid of depressive patients.Lanceti:1393, 1972.
21.
CoppenA., EcclestonE.G., PeetM.: Total and free tryptophan concentration in the plasma of depressive patients.Lancetii:60–63, 1973.
22.
CurzonG.: Tryptophan pyrrolase: a biochemical factor in depressive illness?Br J Psychiatry115: 1367–1374, 1969.
23.
CurzonG.: Effects of adrenal hormones and stress on brain serotonin.Am J Clin Nutr24: 830–833, 1971.
24.
CurzonG.: Relationships between stress and brain 5-hydroxytryptamine and their possible significance in affective disorders.J Psychiatr Res9: 243–252, 1972.
25.
Deleon-JonesF., MaasJ.W., DekirmenjianH., SanchezJ.: Diagnostic subgroups of affective disorders and their urinary excretion of catecholamine metabolites.Am J Psychiatry132: 1141–1148, 1975.
GershonE.S., JonasW.Z.: Erythrocyte soluble catechol-O-methyltransferase activity in primary affective disorder.Arch Gen Psychiatry32: 1351–1356, 1975.
33.
GessaG.L., TagliamonteA.: “Serum free tryptophan: control of brain concentrations of tryptophan and of synthesis of 5-hydroxytryptamine” in Aromatic Amino Acids in the Brain. Edited by WolstenholmeG.E.W., and FitzsimonsD.W. Ciba Foundation Symposium 22 (new series); Amsterdam: Elsevier, Excerpta Medica, North-Holland Associated Scientific Publishers, 1974.
34.
GoodwinF.K.: Antidepressant response CSF drug levels and amine metabolites.10th Cong. Collegium Internationale Neuro-Psychopharmacologicum, Quebec, July 1976 (p. 23).
35.
GoodwinF.K., MurphyD.L., BrodieH.K.H., BunneyW.E.Jr.: L-Dopa, catecholamines, and behavior: a clinical and biochemical study in depressed patients.Biol Psychiatry2: 341–366, 1970.
36.
GoodwinF.K., PostR.M., DunnerD.L., GordonE.K.: Cerebrospinal fluid amine metabolites in affective illness: the probenecid technique.Am J Psychiatry130: 73–79, 1973.
37.
GoldP.W., GoodwinF.K., RebarR., WehrT.: “Neuroendocrine responses in affective illness.” Scientif. Proc. Am. Psychiat. Assoc, 130th Ann. Meet., Toronto, May 1977.
38.
GroteS.S., MosesS.G., RobinsE., HudgensR.W., CroningerA.B.: A study of selected catecholamine metabolizing enzymes: a comparison of depressive suicides and alcoholic suicides with controls.J Neurochem23: 791–802, 1974.
39.
JohanssonC., AllgénL.G., HellstromL.: Tryptophan concentration in serum of patients with regional enteritis: its probable relation to depression.Acta Med Scand194: 551–552, 1973.
40.
JosephM.H., YoungS.N., CurzonG.: The metabolism of a tryptophan load in rat brain and liver: the influence of hydrocortisone and allopurinol.Biochem Pharmacol25: 2599–2604, 1976.
41.
KastinA.J., SchalchD.S., EhrensingR.H., AndersonM.S.: Improvement in mental depression with decreased thyrotropin-response after administration of thyrotropin-releasing hormone.Lancetii:740–742, 1972.
42.
KirkegaardC., BjorumN., CohnD., FaberJ., LauridsenU.B., NerupJ.: Studies on the influence of biogenic amines and psychoactive drugs on the prognostic value of the TRH stimulation test in endogenous depression.Psychoendocrinology2: 131–136, 1977.
LandowskiJ., LysiakW., AngielskiS.: Monoamine oxidase activity in blood platelets from patients with cyclophrenic depressive syndromes.Biochem Med14: 347–354, 1975.
45.
LapinI.P., OxenkrugG.F.: Intensification of the central serotonergic process as a possible determinant of the thymoleptic effect.Lanceti:132–136, 1969.
46.
LehmannJ.: Mental and neuromuscular symptoms in tryptophan deficiency.Acta Psychiat Scand Suppl.237: 5–28, 1972.
47.
LehmannJ.: Tryptophan malabsorption in levodopa-treated parkinsonian patients.Acta Med Scand194: 181–189, 1973.
48.
LloydK.G., FarleyI.J., DeckJ.H.N., HornykiewiczO.: Serotonin and 5-hydroxyindoleacetic acid in discrete areas of the brainstem of suicide victims and control patients.Adv Biochem Psychopharmacol11: 387–397, 1974.
49.
LoosenP.T., PrangeA.J.Jr., WilsonI.C., LaraP.P., PettusC.: Thyroid stimulating hormone response after thyrotropin releasing hormone in depressed, schizophrenic and normal women.Psychoneuroendocrinology2: 137–148, 1977.
50.
MaasJ.W., DekirmenjianH., FawcettJ.A.: MHPG excretion by patients with affective disorders.Int Pharmacopsychiatry9: 14–26, 1974.
51.
MaasJ.W., FawcettJ.A., DekirmenjianH.: Catecholamine metabolism, depressive illness, and drug response.Arch Gen Psychiatry26: 252–262, 1972.
52.
M.R.C. Brain Metabolism Unit: Modified amine hypothesis for the aetiology of affective illness.Lancetii:573–577, 1972.
53.
MosesS.G., RobinsE.: Regional distribution of norepinephrine and dopamine in brains of depressive suicides and alcoholic suicides.Psychopharmacol Commun1: 327–337, 1975.
54.
MurphyD.L., BrodieH.K.H., GoodwinF.K., BunneyW.E.Jr.: Regular induction of hypomania by L-Dopa in “bipolar” manic-depressive patients.Nature229: 135–136, 1971.
55.
MurphyD.L., CostaJ.L.: “Utilization of cellular studies of neurotransmitter-related enzymes and transport processes in man for the investigation of biological factors in behavioral disorders” in The Psychobiology of Depression. Edited by MendelsJ.. Chapter 3, pp. 27–46; New York: Spectrum Publications, 1975.
56.
MurphyD.L., SlaterS., de la VegaE.: The serotonergic neurotransmitter system in the affective disorders — an evaluation of the antidepressant and antimanic effects of fenfluramine.Proc. 10th Cong. Collegium Internationale Neuro-Psychopharmacologicum, Quebec, July, 1976, (p. 125).
57.
MurphyD.L., WeissR.: Reduced monoamine oxidase activity in blood platelets from bipolar depressed patients.Am J Psychiatry128: 1351–1357, 1972.
58.
NiesA., RobinsonD.S., LambornK.R.: Genetic control of platelet and plasma monoamine oxidase activity.Arch Gen Psychiatry28: 834–838, 1973.
59.
NiskänenP., HüttunenM., TamminenT., JääskeläïnenJ.: The daily rhythm of plasma tryptophan and tyrosine in depression.Br J Psychiatry128: 67–73, 1976.
60.
NordinG., OttossonJ.O., RoosB.E.: Influence of convulsive therapy on 5-hydroxyindoleacetic acid and homo vanillic acid in cerebrospinal fluid in endogenous depression.Psychopharmacologia (Berlin)20: 315–320, 1971.
61.
OlsonL., NyströmB., SeigerÅ.,: Monoamine fluorescence histochemistry of human postmortem brain.Brain Res63: 231–247, 1973.
62.
PaasonenM.K., AhteeL., SolatunturiE.: Blood platelet as a model for monoaminergic neurons.Prog Brain Res34: 269–279, 1971.
63.
PareC.M.B., ReesL., SainsburyM.J.: Differentiation of two genetically specific types of depression by the response to anti-depressants.Lancetii:1340–1343, 1962.
64.
PareC.M.B., YeungD.P.H., PriceK., StaceyR.S.: 5-hydroxytryptamine, noradrenaline, and dopamine in brainstem, hypothalamus, and caudate nucleus of controls and of patients committing suicide by coal-gas poisoning.Lancetii:133–135, 1969.
65.
PletscherA.; Metabolism, transfer, and storage of 5-hydroxytryptamine in blood platelets.Br J Pharmacol32: 1–16, 1968.
66.
PostR.M., GoodwinF.K.: “Studies of cerebrospinal fluid amine metabolites in depressed patients: conceptual problems and theoretical implications” in The Psychobiology of Depression, Chapter 4. Edited by MendelsJ., Toronto: Spectrum Publications, 1975.
67.
PostR.M., KotinJ., GoodwinF.K., GordonE.K.: Psychomotor activity and cerebrospinal fluid amine metabolites in affective illness.Am J Psychiatry130: 67–72, 1973.
68.
PrangeA.J.Jr., WilsonI.C., NoxA.E.: Thyroid-imipramine clinical and chemical interaction: evidence for a receptor deficit in depression.J Psychiat Res9: 187–205, 1972.
69.
PrangeA.J.Jr., WilsonI.C., LaraP.P., AlltopL.B., BreeseG.R.: Effects of thyrotropin-releasing hormone in depression.Lancetii:999–1002, 1972.
70.
RobinsonD.S.: Changes in monoamine oxidase and monoamines with human development and aging.Fed Proc34: 103–107, 1975.
71.
RobinsonD.S., DavisJ.M., NiesA.: Relation of sex and aging to monoamine oxidase activity of human brain, plasma and platelets.Arch Gen Psychiatry24: 536–539, 1971.
72.
RobinsonD.S., DavisJ.M., NiesA.: Aging, monoamines, and monoamine oxidase levels.Lanceti:290–291, 1972.
73.
RobinsonD.S., SourkesT.L., NiesA., HarrisL.S., SpectorS., BartlettD.L., KayeI.S.: Monoamine metabolism in human brain.Arch Gen Psychiatry34: 89–92, 1977.
74.
RoosB.E., SjöströmR.S.: 5-hydroxyindoleacetic acid (and homovanillic acid) levels in the cerebrospinal fluid after probenecid application in patients with manic-depressive psychosis.Pharmacologic Clinica1: 153–155, 1960.
75.
RubinR.T.: Adrenal cortical activity changes in manic-depressive illness.Arch Gen Psychiatry17: 671–679, 1967.
76.
RubinR.T., and MandellA.J.: Adrenal cortical activity in pathological emotional states.Am J Psychiatry123: 387–400, 1966.
77.
SacharE.J.: “A neuroendocrine strategy in the psychobiological study of depressive illness” in The Psychobiology of Depression, Chapter 8, pp. 123–132. Edited by MendelsJ.New York: Spectrum Publications, 1975.
78.
SacharE.J., HellmanL., FukushimaD.K., GallagherT.F.: Cortisol production in depressive illness.Arch Gen Psychiatry23: 289–298, 1970.
79.
SackR.L., GoodwinF.K.: Inhibition of dopamine β-hydroxylase in manic patients.Arch Gen Psychiatry31: 649–654, 1974.
80.
SandlerM., CarterS.B., CuthbertM.F., PareC.M.B.: Is there an increase in monoamine-oxidase activity in depressive illness!Lanceti:1045–1049, 1975.
81.
SchildkrautJ.J.: The catecholamine hypothesis of affective disorders: a review of supporting evidence.Am J Psychiatry122: 509–522, 1965.
82.
SchildkrautJ. J.: Norepinephrine metabolites as biochemical criteria for classifying depressive disorders and predicting responses to treatment: preliminary findings.Am J Psychiatry130: 695–698, 1973.
83.
SchildkrautJ.J.: Biochemical criteria for classifying depressive disorders and predicting responses to pharmacotherapy: preliminary findings from studies of norepinephrine metabolism.Pharmakopsychiatrie7: 98, 1974.
84.
SchildkrautJ.J.: Biogenic amines and affective disorders.Ann Rev Med23: 333–348, 1974.
85.
SchildkrautJ.J., KeelerB.A., PapousekM., HartmannE.: MHPG excretion in depressive disorders: relation to clinical subtypes and desynchronized sleep.Science181: 762–764, 1973.
86.
SchildkrautJ.J., KetyS.S.: Biogenic amines and emotion.Science156: 21–30, 1967.
87.
SchwartzM.A., WyattR.J., YangH.-Y.T., NeffN.H.: Multiple forms of brain monoamine oxidase in schizophrenic and normal individuals.Arch Gen Psychiatry31: 557–560, 1974.
88.
SegalD.S., KuczenskiR., MandellA.J.: Theoretical implications of drug-induced adaptive regulation for a biogenic amine hypothesis of affective disorder.Biol Psychiatry9: 147–159, 1974.
89.
ShawD.M.: Mineral metabolism, mania, and melancholia.Br Med Jii: 262–267, 1966.
90.
ShawD.M., CampsF.E., EcclestonE.G.: 5-Hydroxytryptamine in the hindbrain of depressive suicides.Br J Psychiatry113: 1407–1411, 1967.
91.
ShawD.M., JohnsonA.L., TidmarshS.F., MacSweeneyD.A., HewlandH.R., WoolcockN.E.: Multicompartmental analysis of amino acids. I. Preliminary data on concentrations, fluxes and flow constants of tryptophan in affective illness.Psychol Med5: 206–213, 1975.
ShopsinB., FriedmanE., GershonS.: Parachlorophenylanine reversal of tranylcypromine effects in depressed patients.Arch Gen Psychiatry33: 811–822, 1976.
94.
ShopsinB., FriedmanW., GershonS.: The use of synthesis inhibitors in defining a role for biogenic amines during tricyclic and MAO inhibitor therapy in depressed patients.Proc. 10th Cong. Collegium Internationale Neuro-Psychopharmacologicum, Quebec, July 1976 (p. 123).
95.
ShopsinB., WilkS., SathananthanG., GershonS., DavisK.: Catecholamines and affective disorders revised: A critical assessment.J Nerv Ment Dis158: 369–383, 1974.
96.
SjöströmR.: 5-Hydroxyindole acetic acid and homovanillic acid in cerebrospinal fluid in manic-depressive psychosis and the effect of probenecid treatment.Eur J Clin Pharmacol6: 75–80, 1973.
97.
SjöströmR., RoosB.E.: 5-Hydroxy-indoleacetic acid and homovanillic acid in cerebrospinal fluid in manic depressive psychosis.Eur J Clin Pharmacol4: 170–176, 1972.
98.
SourkesT.L.: “Parkinson's disease and other disorders of the basal ganglia” in Basic Neurochemistry. Edited by SiegelG.J., AlbersR.W., KatzmanR., and AgranoffB.W.2nd edition, Chapter 32, pp. 668–684, Boston: Little Brown and Co.,1976.
99.
SourkesT.L.: “Psychopharmacology and biochemical theories of mental disorders” in Basic Neurochemistry. Edited by SiegelG.J., AlbersR.W., KatzmanR., and AgranoffB.W.2nd edition, Chapter 34, pp. 705–736, Boston: Little Brown and Co.,1976.
100.
SourkesT.L.: Neurotransmitters of the human brain, and their relationships.Proc. 10th Cong. Collegium Internationale Neuro-Psychopharmacologicum, Quebec, July 1976.
101.
SpanoP.F., AndreoliV., TononG.C., SirtoriC.R.: Plasma tryptophan transport in normal and depressed subjects.Med Biol53: 489–492, 1975.
102.
TsuangM.T.: “Genetics of affective disorder” in The Psychobiology of Depression. Edited by MendelsJ. Chapter 6, pp. 85–100, New York: Spectrum Publications, 1975.
103.
TuomistoJ., TukiainenE.: Decreased uptake of 5-hydroxytryptamine in blood platelets from depressed patients.Nature262: 596–598, 1976.
104.
van KempenG.M.J., VrensenG.F.J.M.: Biochemical and morphological integrity of subcellular organelles from human postmortem brain.Neurobiology4: 12–20, 1974.
105.
van PraagH.M.: Significance of biochemical parameters in the diagnosis, treatment and prevention of depressive disorders.Biol Psychiatry12: 101–131, 1977.
106.
van PraagH.M., KorfJ.: Retarded depression and the dopamine metabolism.Psychopharmacologia (Berlin)19: 199–203, 1971.
107.
van PraagH.M., KorfJ.: Cerebral monoamines and depressionArch Gen Psychiatry28: 827–831, 1973.
108.
van PraagH.M., KorfJ.: Serotonin metabolism in depression: clinical application of the probenecid test.Int Pharmacopsychiatry9: 35–51, 1974.
109.
van PraagH.M., KorfJ., van WoudenbergF., KitsT.P.: An attempt at indirect evaluation of the noradrenaline hypothesis.Psychiatria, Neurologia, Neurochirurgia72: 181–187, 1969.
110.
WetterbergL., AbergH., RossS.B., FrodenO.: Plasma dopamine-beta-hydroxylase activity in hypertension and various neuropsychiatric disorders.Scand J Clin Lab Invest30: 283–289, 1972.
111.
Wirz-JusticeA., PuhringerW., HoleG., MenziR.: Monoamine oxidase and free tryptophan in human plasma: normal variations and their implications for biochemical research in affective disorders.Pharmakopsychiatrie8: 310–317, 1975.
112.
WyattR.J., MurphyD.L., BelmakerR.: Reduced monoamine oxidase activity in platelets: a possible genetic marker of vulnerability to schizophrenia.Science179: 916–918, 1973.
113.
YoungS.N., SourkesT.L.: Antidepressant action of tryptophan.Lancetii:897–898, 1974.
114.
YoungS.N., SourkesT.L.: Tryptophan in the central nervous system: regulation and significance.Adv Neurochem2: 133–191, 1977.