Diplomska naloga VII. LITERATURA
62
13. Locatelli, I., Trček, J. in Kos, M. (2013). Stroškovna učinkovitost zdravil za zdravljenje astme. Farmacevtski vestnik, 64 (2), 143-145.
14. Obase, Y. [et al.] (2005). Pathogenesis and management of aspirin-intolerant asthma.
Treatments in respiratory medicine, 4 (5), 325-336.
15. Hamad, A.M., Sutcliffe, A. M. in Knox, A. J. (2004). Aspirin-induced asthma: clinical aspects, pathogenesis and management. Drugs, 64 (21), 2417-2432.
16. Univerzitetna klinika za pljučne bolezni in alergijo Golnik URL: http://www.klinika-golnik.si/dejavnost-bolnisnice/opis-bolezni-in-preiskav/astma.php (dostop avgust 2014)
17. Šuškovič, Š. (2002). Pljučne bolezni in osrednji živčni sistem. V J. Romih in A. Žmitek (Ur.), Na stičiščih psihiatrije in interne medicine (str. 41-46). Begunje: Psihiatrična bolnišnica.
18. Besednjak-Kocijančič, L. (2005). Vpliv daljšega zdravljenja z inhalacijskimi glukokortikoidi na rast in telesno težo otrok, starih 6 do 24 mesecev. Zdravniški vestnik, 74 (5), 289-309.
19. Kržan, M. (2012). Zdravila proti astmi. Medicinski razgledi, 51 (3-4), 433 – 445.
20. Kopčavar Guček, N. (2006). KOPB kot multikomponentna bolezen. Medicinski razgledi, 45 (Suppl. 1), 127 -131.
21. Fležar, M. (2006). Biopsijska raziskava in vloga inhalacijskih glukokortikoidov v zdravljenju KOPB. Medicinski razgledi, 45 (Suppl. 1), 139-143.
22. Ujčič Navodnik, M. (2000). Bolezni dihalnih poti. V I. Krajnc in B. Pečovnik Balon (Ur.), Interna medicina (str. 131-154). Maribor: Visoka zdravstvena šola.
23. Škrgat Kristan, S. [et al.] (2009). Stališče do obravnave akutnega poslabšanja kronične obstruktivne pljučne bolezni (apKOPB). Zdravniški vestnik, 78 (1), 19-32.
24. Mušič, E. (2008). Starostniki in pljučne bolezni. Zdravniški vestnik, 77 (12), 811-817.
25. World Health Organisation URL: http://www.who.int/mediacentre/factsheets/fs310/en/
(dostop: avgust 2014)
26. Kikelj, D. (2013). Sodobna sintezna zdravila za zdravljenje astme. Farmacevtski vestnik, 64 (2), 129-136.
Diplomska naloga VII. LITERATURA
63
27. Bellamy, D. in Booker, R. (2004). Chronic obstructive pulmonary disease in primary care:
all you need to know to manage COPD in your practice (3rd ed.). London: Class Publishing.
28. Šuškovič, S. (2008). Obravnava astme v Sloveniji – prospektivna opazovalna raziskava.
Farmacevtski vestnik, 59 (3), 151-154.
29. Škrgat Kristan, S. (2013). Vloga omalizumaba pri zdravljenju odraslih bolnikov z alergijsko astmo. Zdravniški vestnik, 82 (3), 142-149.
30. Centralna baza zdravil URL:
http://www.cbz.si/cbz/bazazdr2.nsf/o/A9DE2ACF018270EBC12579EC004253F7?opendocu ment (dostop: september 2014)
31. British guideline on the management of asthma: quick reference guide. URL:
http://www.sign.ac.uk/pdf/qrg101.pdf (dostop: marec 2014)
32. Šuškovič, S. [et al.] (2006). Stališča Bolnišnice Golnik-KOPA za obravnavo peristentne astme pri odraslem. Isis: glasilo Zdravniške zbornice Slovenije, 14 (11), 75-79.
33 Global strategy for the diagnosis and management of asthma in children 5 years and younger.
URL: www.ginasthma.org (dostop: marec 2014).
34. Pocket tuidefor physiciansand nurses: for adults and children older than 5 years 2011. URL:
http://www.ginasthma.org/local/uploads/files/GINA_Pocket_April20_1.pdf (dostop: marec 2014).
35. Šuškovič, S. in Košnik, M. (2013). Nove smernice za trajno zdravljenje KOPB. Zdravniški vestnik, 82 (7-8), 530-532.
36. Nacionalni inštitut za javno zdravje URL:
http://www.ivz.si/Mp.aspx?nn=Print&pi=5&_5_id=1833&_5_PageIndex=0&_5_groupId=-2&_5_newsCategory=IVZ%20kategorija&_5_action=ShowNewsFull (dostop: oktober 2014).
37.Nacionalni inštitut za javno zdravje URL:
http://www.ivz.si/zdravila_druge_publikacije?pi=5&_5_Filename=attName.png&_5_MediaI d=6018&_5_AutoResize=false&pl=137-5.3. (dostop: oktober 2014)
38. Javna agencija Republike Slovenije za zdravila in medicinske pripomočke URL:
http://www.jazmp.si/zdravila_za_uporabov_humani_medicini/atchum_klasifikacija/definirani _dnevni_odmerek_defined_daily_dose_ddd/ (dostop: september 2014)
Diplomska naloga VII. LITERATURA
64 39. Nacionalni inštitut za javno zdravje URL:
http://www.ivz.si/zdravila_druge_publikacije?pi=5&_5_Filename=2874.pdf&_5_MediaId=2 874&_5_AutoResize=false&pl=137-5.3. (dostop: oktober 2014)
40. Fürst, J. (2005). Predpisovanje zdravil v letu 2004. Zdravniški vestnik, 74 (6), 381-385.
41. Pečar-Čad, S. (Ur.) (2008). Register zdravil Republike Slovenije XI. Ljubljana: Ministrstvo za zdravstvo: Agencija Republike Slovenije za zdravila in medicinske pripomočke: Inštitut za varovanje zdravja Republike Slovenije.
42. Statistični urad Republike Slovenije URL:
http://pxweb.stat.si/pxweb/Dialog/varval.asp?ma=05C2002S&ti=&path=../Database/Dem_so c/05_prebivalstvo/10_stevilo_preb/10_05C20_prebivalstvo_stat_regije/&lang=2
(dostop: februar 2014)
43. WHOCC - ATC/DDD Index URL: http://www.whocc.no/atc_ddd_index/ (dostop: februar 2014).
44. WHOCC - ATC/DDD Index URL:
http://www.whocc.no/ddd/list_of_ddds_combined_products/ (dostop: februar 2014)
45. Pravila obveznega zdravstvenega zavarovanja. (2003). Uradni list RS, št. 30.
46. Knez, L. (2013). Klinični primeri bolnikov z astmo v bolnišnični praksi. Farmacevtski vestnik, 64 (2), 169-173.
47. Šola za obstruktivne bolezni pljuč (2007 ; Golnik). Program za medicinske sestre in zdravstvene tehnike. Golnik: Bolnišnica, Klinični oddelek za pljučne bolezni in alergijo.
48. Centralna baza zdravil URL:
http://www.cbz.si/cbz/bazazdr2.nsf/o/407A37B98AA9A85CC12579EC002005A3/$File/s-014051.pdf (dostop: september 2014)
49. Centralna baza zdravil URL:
http://www.cbz.si/cbz/bazazdr2.nsf/o/FE109A0D96B387D7C12579C2003F4B6A/$File/s-013736.pdf (dostop: september 2014)
50. Otroštvo. (2013). V H. Beynon [et al.] (Ur.), Družinski medicinski priročnik (str. 524-565).
Ljubljana: Mladinska knjiga.
Diplomska naloga VII. LITERATURA
65
51. Griffiths, B. in Ducharme, F. M. (2013). Combined inhaled anticholinergics and short-acting beta2-agonists for intial treatmen od acute asthma in children. Paedriatric respiratory reviews. 14 (4), 234-234.
52. Gupta, P. in Sinead O'Mahony, M. (2008). Potential adverse effect of bronchodilators in the treatment of airways obstruction in older people. Drugs and aging, 25 (5), 415-443.
53. Medicines Consumption in the Nordic Countries 2004-2008 (2009). Copenhagen: Nordic Medico Statistical Committee (NOMESCO).
54. Grzetić-Romčević, T. F. [et al.] (2008). Pomen zgodnjega odkrivanja kronične obstruktivne pljučne bolezni. Zdravniški vestnik, 77 (2), 111-116.
55. Koren, I. (2011). Prevalenca astme v koroški regiji. Zdravniški vestnik, 80 (4), 246-257.
56. Besednjak-Kocijanič, L. (2006). Vpliv izpostavljenosti pasivnemu kajenju v prvem letu starosti na prevalenco alergijske astme pri petletnih otrocih. Zdravniški vestnik, 75 (5), 315-318.
57. Šuškovič, S. [et al.] (2002). Strokovna izhodišča za smernice za obravnavo odraslega bolnika z astmo: kakovost v zdravstvu. Zdravniški vestnik. 71 (9), 563-569.
58. Sadatsafavi, M. [et al.] (2013). Comparative outcomes of leukotriene receptor antagonista and long-acting ß-agonists as add-on therapy in asthmatich patients: a population-based study.
Journal of allergy and clinical immunology. 132 (1), 63-69.
59. Chuang, S. in Jaffe, A. (2012). Cost considerations of therapeutic options for children with asthma. Pedriatic drugs, 14 (4), 212-220.
60. Cockcroft, D.W. in Sears, M. R. (2013). Are inhaled longacting ß2 agonists detrimental to asthma? Lancet respiratory medicine. 1 (4), 339-346.
61. Toni, J. (2013). Klinični primeri bolnikov z astmo v bolnišnični praksi: težave pri vodljivosti bolnikov. Farmacevtski vestnik, 64 (2), 174-177.
62. Dissanayake, S., Grothe, B. in Kaiser, K. (2012). Fluticasone / formoterol: a new single-aerosol combination therapy for patients with asthma. Respiratory medicine. 106 (S1), S20-S28.
Diplomska naloga PRILOGA
I
PRILOGA - Postopki
Postopek 1: Razporeditev receptov po naraščajočem vrstnem redu šifre osebe in – pri posamezni osebi – po naraščajočem vrstnem redu petega nivoja ATC klasifikacije
GET FILE='D:\baza_2008.sav'.
SORT CASES BY oseba(A) ATCaktual(A).
* Define Variable Properties.
*ATCaktual.
VARIABLE LABELS ATCaktual 'peti nivo ATC klasifikacije'.
EXECUTE.
SAVE OUTFILE='D:\baza_2008.sav' /COMPRESSED.
Postopek 2: Oblikovanje skupin zdravil glede na drugi nivo ATC klasifikacije GET FILE='D:\baza_2008.sav'.
STRING ATC2 (A3).
COMPUTE ATC2=ATCaktual.
VARIABLE LABELS ATC2 'drugi nivo ATC klasifikacije'.
EXECUTE.
SAVE OUTFILE='D:\baza_2008.sav' /COMPRESSED.
Postopek 3: Izbor receptov z zdravili za obstruktivne pljučne bolezni GET FILE='D:\baza_2008.sav'.
FILTER OFF.
USE ALL.
SELECT IF (ATC2 = "R03").
EXECUTE.
Diplomska naloga PRILOGA
II SAVE OUTFILE='D:\baza_R03_2008.sav'
/COMPRESSED.
Postopek 4: Število receptov na 1.000 prebivalcev GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=ATC2 /FORMAT=NOTABLE
/STATISTICS=MEAN /ORDER=ANALYSIS.
COMPUTE ŠTEVILOreceptovNA1000prebivalcev=439987 * 1000 / 2025866.
EXECUTE.
FREQUENCIES VARIABLES=ŠTEVILOreceptovNA1000prebivalcev /FORMAT=NOTABLE
/STATISTICS=MEAN /ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 5: Število in delež receptov glede na vrsto recepta GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=BARVARp /ORDER=ANALYSIS.
Postopek 6: Izločitev osebnih receptov zdravnika iz nadaljnje analize GET FILE='D:\baza_R03_2008.sav'.
IF (BARVARp = 1) VRSTArecepta=1.
EXECUTE.
IF (BARVARp = 3) VRSTArecepta=1.
Diplomska naloga PRILOGA
III EXECUTE.
IF (BARVARp = 9) VRSTArecepta=1.
EXECUTE.
IF (BARVARp = 2) VRSTArecepta=2.
EXECUTE.
FILTER OFF.
USE ALL.
SELECT IF (VRSTArecepta = 1).
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 7: Izračun starosti bolnikov GET FILE='D:\baza_R03_2008.sav'.
COMPUTE STAROSToseba=2008 - LETOoseba.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 8: Število receptov glede na starost bolnikov GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=STAROSToseba /HISTOGRAM
/ORDER=ANALYSIS.
Postopek 9: Oblikovanje skupin zdravil glede na tretji nivo ATC klasifikacije GET FILE='D:\baza_R03_2008.sav'.
STRING ATC3 (A4).
Diplomska naloga PRILOGA
IV COMPUTE ATC3=ATCaktual.
VARIABLE LABELS ATC3 'tretji nivo ATC klasifikacije'.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 10: Oblikovanje skupin zdravil glede na četrti nivo ATC klasifikacije GET FILE='D:\baza_R03_2008.sav'.
STRING ATC4 (A5).
COMPUTE ATC4=ATCaktual.
VARIABLE LABELS ATC4 'četrti nivo ATC klasifikacije'.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 11: Število in delež receptov glede na tretji, četrti in peti nivo ATC klasifikacije zdravil GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=ATC3 ATC4 ATCaktual /BARCHART PERCENT
/ORDER=ANALYSIS.
Postopek 12: Število in delež receptov četrtega in petega nivoja ATC klasifikacije zdravil glede na tretji nivo ATC klasifikacije
GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY ATC3.
SPLIT FILE LAYERED BY ATC3.
FREQUENCIES VARIABLES=ATC4 ATCaktual /ORDER=ANALYSIS.
Diplomska naloga PRILOGA
V SPLIT FILE OFF.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 13: Število in delež receptov petega nivoja ATC klasifikacije zdravil glede na četrti nivo ATC klasifikacije
GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY ATC4.
SPLIT FILE LAYERED BY ATC4.
FREQUENCIES VARIABLES=ATCaktual /ORDER=ANALYSIS.
SPLIT FILE OFF.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 14: Združitev bolnikov v starostne skupine GET FILE='D:\baza_R03_2008.sav'.
IF (STAROSToseba <= 107) STAROSTNAskupina=4.
EXECUTE.
IF (STAROSToseba <= 55) STAROSTNAskupina=3.
EXECUTE.
IF (STAROSToseba <= 30) STAROSTNAskupina=2.
EXECUTE.
IF (STAROSToseba <= 11) STAROSTNAskupina=1.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Diplomska naloga PRILOGA
VI
Postopek 15: Število in delež receptov po tretjem, četrtem in petem nivoju ATC klasifikacije zdravil glede na starostne skupine bolnikov
GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY STAROSTNAskupina.
SPLIT FILE LAYERED BY STAROSTNAskupina.
FREQUENCIES VARIABLES=ATC3 ATC4 ATCaktual /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(GROUPED)=PCT BY ATC3 BY STAROSTNAskupina.
GRAPH
/BAR(GROUPED)=PCT BY ATC4 BY STAROSTNAskupina.
GRAPH
/BAR(GROUPED)=PCT BY ATCaktual BY STAROSTNAskupina.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 16: Razporeditev števila receptov med letom GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=DATUMizdaja /HISTOGRAM
/ORDER=ANALYSIS.
Postopek 17: Prekodiranje delovnih šifer zdravila v število odmerkov na enoto zdravila GET FILE='D:\baza_R03_2008.sav'.
RECODE DELsifra ('077410'=200) ('017493'=120) ('098361'=60) ('013137'=200) ('058017'=20) ('008796'=60) ('010901'=120) ('008818'=60) ('055786'=120) ('010898'=120) ('055794'=120) ('083038'=60) ('016284'=120) ('007188'=100) ('007056'=100) ('013951'=200) ('014001'=200) ('075663'=200) ('063924'=60) ('013552'=120) ('063916'=60) ('023868'=30) ('077313'=100) ('042005'=20) ('083127'=40) ('083143'=40) ('003255'=56)
Diplomska naloga PRILOGA
VII
('003239'=28) ('013030'=28) ('003263'=28) ('067830'=60) ('067865'=60) ('063959'=60) ('030074'=60) ('030066'=60) ('064483'=120) ('034916'=60) ('003743'=100) ('003972'=50) ('004243'=300) ('007005'=200) ('008788'=60) ('010863'=120) ('017671'=50) ('017841'=20) ('018821'=28) ('019135'=200) ('033502'=28) ('033510'=28) ('058033'=200) ('063940'=60) ('068306'=60) ('075655'=200) ('077380'=150) ('077402'=20) ('083089'=40) ('083119'=40) ('098388'=60) ('012459'=60) ('000205'=200) ('064505'=120) INTO ŠTEVILOodmerkovNAenoto.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 18: Prekodiranje delovnih šifer zdravila v dnevni odmerek zdravila GET FILE='D:\baza_R03_2008.sav'.
RECODE DELsifra ('077410'=8.00) ('017493'=4.00) ('098361'=5.33) ('013137'=6.00) ('058017'=6.00) ('008796'=2.00) ('010898'=4.00) ('010901'=4.00) ('008818'=2.00) ('055786'=4.00) ('055794'=4.00) ('083038'=2.00) ('016284'=4.00) ('007188'=2.00) ('007056'=4.00) ('013951'=4.00) ('014001'=4.00) ('075663'=7.50) ('063924'=2.40) ('067830'=4.80) ('013552'=12.00) ('063916'=6.00) ('067865'=2.40) ('063959'=1.20) ('030074'=1.00) ('030066'=2.00) ('064483'=2.00) ('034916'=1.00) ('023868'=1.00) ('077313'=6.00) ('042005'=2.00) ('083127'=2.00) ('083143'=1.14) ('003255'=2.00) ('003239'=1.00) ('003263'=2.00) ('013030'=1.00) ('003972'=6.00) ('003743'=2.00) ('004243'=6.00) ('007005'=8.00) ('008788'=2.00) ('010863'=4.00) ('017671'=2.40) ('017841'=1.71) ('018821'=2.00) ('019135'=6.00) ('033502'=2.50) ('033510'=2.50) ('058033'=3.00) ('063940'=12.00) ('068306'=4.00) ('075655'=7.50) ('077380'=30.00) ('077402'=2.00) ('083089'=3.20) ('083119'=1.33) ('098388'=2.67)('012459'=4.00) ('000205'=16.00) ('064505'=1.00) INTO DNEVNIodmerek.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 19: Izračun števila DDD na 1.000 prebivalcev na dan po tretjem, četrtem in petem nivoju ATC klasifikacije zdravil
GET FILE='D:\baza_R03_2008.sav'.
COMPUTE DDD=ŠTEVILOodmerkovNAenoto * kolicina * 1000 / (DNEVNIodmerek * 2025866 * 366).
EXECUTE.
SORT CASES BY ATC3.
Diplomska naloga PRILOGA
VIII SPLIT FILE LAYERED BY ATC3.
FREQUENCIES VARIABLES=DDD /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
SORT CASES BY ATC3 ATC4.
SPLIT FILE LAYERED BY ATC3 ATC4.
FREQUENCIES VARIABLES=DDD /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
SORT CASES BY ATC3 ATC4 ATCaktual.
SPLIT FILE LAYERED BY ATC3 ATC4 ATCaktual.
FREQUENCIES VARIABLES=DDD /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 20: Celokupna in povprečna denarna vrednost recepta ter celokupna in povprečna vrednost v breme OZZ
GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=VREDNOSTRp VREDNOSTOZZ /FORMAT=NOTABLE
/STATISTICS=MEAN SUM /ORDER=ANALYSIS.
Diplomska naloga PRILOGA
IX Postopek 21: Izračun deleža kritja recepta iz sredstev OZZ GET FILE='D:\baza_R03_2008.sav'.
COMPUTE DeležOZZ=VREDNOSTOZZ * 100 / VREDNOSTRp.
EXECUTE.
RECODE DeležOZZ (99 thru 101=100) (74 thru 76=75).
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 22: Število in delež receptov po deležu kritja recepta iz sredstev OZZ glede na drugi, tretji in četrti nivo ATC klasifikacije zdravil
GET FILE='D:\baza_R03_2008.sav'.
IF (DeležOZZ = 0) DeležOZZ1=1.
EXECUTE.
IF (DeležOZZ = 75) DeležOZZ1=1.
EXECUTE.
IF (DeležOZZ = 100) DeležOZZ1=1.
EXECUTE.
USE ALL.
COMPUTE filter_$=(DeležOZZ1 = 1).
VARIABLE LABEL filter_$ 'DeležOZZ1 = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY ATC2.
SPLIT FILE LAYERED BY ATC2.
FREQUENCIES VARIABLES=DeležOZZ
Diplomska naloga PRILOGA
X /ORDER=ANALYSIS.
SORT CASES BY ATC3.
SPLIT FILE LAYERED BY ATC3.
FREQUENCIES VARIABLES=DeležOZZ /ORDER=ANALYSIS.
SORT CASES BY ATC4.
SPLIT FILE LAYERED BY ATC4.
FREQUENCIES VARIABLES=DeležOZZ /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(GROUPED)=PCT BY DeležOZZ BY ATC3.
FILTER OFF.
USE ALL.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 23: Vrednosti v breme OZZ glede tretji, četrti in peti nivo ATC klasifikacije zdravil GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY ATC3.
SPLIT FILE LAYERED BY ATC3.
FREQUENCIES VARIABLES=VREDNOSTOZZ /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
SORT CASES BY ATC4.
SPLIT FILE LAYERED BY ATC4.
Diplomska naloga PRILOGA
XI FREQUENCIES VARIABLES=VREDNOSTOZZ /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
SORT CASES BY ATCaktual.
SPLIT FILE LAYERED BY ATCaktual.
FREQUENCIES VARIABLES=VREDNOSTOZZ /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(SIMPLE)=SUM(VREDNOSTOZZ) BY ATC3.
GRAPH
/BAR(SIMPLE)=SUM(VREDNOSTOZZ) BY ATC4.
GRAPH
/BAR(SIMPLE)=SUM(VREDNOSTOZZ) BY ATCaktual.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 24: Vrednosti v breme OZZ glede na starost bolnikov GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY STAROSToseba.
SPLIT FILE LAYERED BY STAROSToseba.
FREQUENCIES VARIABLES=VREDNOSTOZZ /FORMAT=NOTABLE
/STATISTICS=SUM /ORDER=ANALYSIS.
Diplomska naloga PRILOGA
XII SPLIT FILE OFF.
GRAPH
/BAR(SIMPLE)=SUM(VREDNOSTOZZ) BY STAROSToseba.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 25: Število bolnikov na 1.000 prebivalcev GET FILE='D:\vzorec_R03_2008.sav'.
* Identify Duplicate Cases.
SORT CASES BY oseba(A).
MATCH FILES /FILE=*
/BY oseba
/FIRST=PrimaryFirst.
VARIABLE LABELS PrimaryFirst 'Indicator of each first matching case as Primary'.
VALUE LABELS PrimaryFirst 0 'Duplicate Case' 1 'Primary Case'.
VARIABLE LEVEL PrimaryFirst (ORDINAL).
FILTER BY PrimaryFirst.
EXECUTE.
FREQUENCIES VARIABLES=oseba /FORMAT=NOTABLE
/ORDER=ANALYSIS.
COMPUTE ŠTEVILObolnikovNA1000prebivalcev=122571 * 1000 / 2025866.
EXECUTE.
FREQUENCIES VARIABLES=ŠTEVILObolnikovNA1000prebivalcev /FORMAT=NOTABLE
/STATISTICS=MEAN /ORDER=ANALYSIS.
Diplomska naloga PRILOGA
XIII SAVE OUTFILE='D:\baza_R03_2008.sav'
/COMPRESSED.
Postopek 26: Prekodiranje spola iz atributivnih spremenljivk v numerične GET FILE='D:\baza_R03_2008.sav'.
RECODE SPOLoseba ('M'=0) ('Z'=1) INTO SPOLosebaN.
EXECUTE.
SAVE OUTFILE='D:\vzorec_R03_2008.sav' /COMPRESSED.
Postopek 27: Število in delež bolnikov po spolu GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY oseba(A).
COMPUTE filter_$=(PrimaryFirst = 1).
VARIABLE LABEL filter_$ 'PrimaryFirst = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
FREQUENCIES VARIABLES=SPOLoseba /ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 28: Število bolnih žensk na 1.000 žensk in število bolnih moških na 1.000 moških GET FILE='D:\baza_R03_2008.sav'.
USE ALL.
COMPUTE filter_$=(PrimaryFirst = 1).
Diplomska naloga PRILOGA
XIV VARIABLE LABEL filter_$ 'PrimaryFirst = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY SPOLoseba.
SPLIT FILE LAYERED BY SPOLoseba.
FREQUENCIES VARIABLES=SPOLoseba /FORMAT=NOTABLE
/ORDER=ANALYSIS.
IF (SPOLosebaN = 0) ŠTEVILObolnikovNA1000prebivalcevPOspolu=59984 * 1000 / 1000624.
EXECUTE.
IF (SPOLosebaN = 1) ŠTEVILObolnikovNA1000prebivalcevPOspolu=62587 * 1000 / 1025242.
EXECUTE.
FREQUENCIES VARIABLES=ŠTEVILObolnikovNA1000prebivalcevPOspolu /STATISTICS=MEAN
/ORDER=ANALYSIS.
SPLIT FILE OFF.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 29: Povprečno število receptov na bolnika na leto glede na starost bolnika GET FILE='D:\vzorec_R03_2008.sav'.
SORT CASES BY oseba(A) ATCaktual(A).
USE ALL.
COMPUTE filter_$=(PrimaryFirst = 1).
VARIABLE LABEL filter_$ 'PrimaryFirst = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
Diplomska naloga PRILOGA
XV FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY STAROSToseba.
SPLIT FILE LAYERED BY STAROSToseba.
FREQUENCIES VARIABLES=R03_sum /FORMAT=NOTABLE
/STATISTICS=MEAN /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(SIMPLE)=MEAN(R03_sum) BY STAROSToseba.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 30: Število bolnikov po starosti GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY oseba(A).
COMPUTE filter_$=(PrimaryFirst = 1).
VARIABLE LABEL filter_$ 'PrimaryFirst = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY STAROSToseba.
SPLIT FILE LAYERED BY STAROSToseba.
FREQUENCIES VARIABLES=oseba /FORMAT=NOTABLE
Diplomska naloga PRILOGA
XVI /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(SIMPLE)=COUNT BY STAROSToseba.
FILTER OFF.
USE ALL.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 31: Delež bolnikov po spolu glede na starostne skupine bolnikov GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY oseba(A).
USE ALL.
COMPUTE filter_$=(PrimaryFirst = 1).
VARIABLE LABEL filter_$ 'PrimaryFirst = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY STAROSTNAskupina.
SPLIT FILE LAYERED BY STAROSTNAskupina.
FREQUENCIES VARIABLES=SPOLosebaN /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(GROUPED)=PCT BY SPOLosebaN BY STAROSTNAskupina.
FILTER OFF.
Diplomska naloga PRILOGA
XVII USE ALL.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 32: Število bolnikov na 1.000 prebivalcev po statističnih regijah GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY oseba(A).
COMPUTE filter_$=(PrimaryFirst = 1).
VARIABLE LABEL filter_$ 'PrimaryFirst = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY STATREGoseba.
SPLIT FILE LAYERED BY STATREGoseba.
FREQUENCIES VARIABLES=oseba /FORMAT=NOTABLE
/ORDER=ANALYSIS.
IF (STATREGoseba = 1) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=8298 * 1000 / 121824.
EXECUTE.
IF (STATREGoseba = 2) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=18765 * 1000 / 321781.
EXECUTE.
IF (STATREGoseba = 3) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=4004 * 1000 / 73714.
EXECUTE.
IF (STATREGoseba = 4) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=16308 * 1000 / 261243.
EXECUTE.
IF (STATREGoseba = 5) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=2718 * 1000 / 45226.
Diplomska naloga PRILOGA
XVIII EXECUTE.
IF (STATREGoseba = 6) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=4339 * 1000 / 70353.
EXECUTE.
IF (STATREGoseba = 7) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=8839 * 1000 / 141547.
EXECUTE.
IF (STATREGoseba = 8) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=30708 * 1000 / 508607.
EXECUTE.
IF (STATREGoseba = 9) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=12966 * 1000 / 201254.
EXECUTE.
IF (STATREGoseba = 10) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=3580 * 1000 / 52083.
EXECUTE.
IF (STATREGoseba = 11) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=6124 * 1000 / 120392.
EXECUTE.
IF (STATREGoseba = 12) ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije=5922 * 1000 / 107905.
EXECUTE.
FREQUENCIES VARIABLES=ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije /STATISTICS=MEAN
/ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(SIMPLE)=MEAN(ŠTEVILObolnikovNA1000prebivalcevSTATISTIČNEregije) BY STATREGoseba.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 33: Prekodiranje petega nivoja ATC klasifikacije iz atributivnih spremenljivk v numerične GET FILE='D:\baza_R03_2008.sav'.
RECODE ATCaktual ('R03AC04'=10) ('R03AC13'=11) ('R03AC02'=12) ('R03AC12'=13) ('R03AK07'=14) ('R03AK03'=15) ('R03AK06'=16) ('R03BA02'=17) ('R03BA08'=18) ('R03BA05'=19) ('R03BA07'=20)
Diplomska naloga PRILOGA
XIX
('R03BB04'=21) ('R03CC02'=22) ('R03CC08'=23) ('R03DA04'=24) ('R03DC03'=25) ('R03DC01'=26) ('R03DA05'=27) INTO ATC5nova.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 34: Oblikovanje skupin zdravil glede na število zdravilnih učinkovin GET FILE='D:\baza_R03_2008.sav'.
RECODE ATCaktual ('R03AC04'=1) ('R03AC13'=1) ('R03AC02'=1) ('R03AC12'=1) ('R03AK07'=2) ('R03AK03'=2) ('R03AK06'=2) ('R03BA02'=1) ('R03BA08'=1) ('R03BA05'=1) ('R03BA07'=1) ('R03BB04'=1) ('R03CC02'=1) ('R03CC08'=1) ('R03DA04'=1) ('R03DC03'=1) ('R03DC01'=1) ('R03DA05'=1) INTO stZU.
EXECUTE.
FREQUENCIES VARIABLES=stZU /FORMAT=NOTABLE
/ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 35: Število in delež izdaj glede na število hkrati predpisanih zdravilnih učinkovin GET FILE='D:\baza_R03_2008.sav'.
COMPUTE stZU1=stZU.
EXECUTE.
SORT CASES BY oseba(A) DATUMizdaja(A) ATC5nova(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja) & ATC5nova = LAG(ATC5nova)) stZU1=0.
EXECUTE.
AGGREGATE
/OUTFILE=* MODE=ADDVARIABLES OVERWRITEVARS=YES /BREAK=oseba DATUMizdaja
/stZU1_sum=SUM(stZU1).
Diplomska naloga PRILOGA
XX COMPUTE IstiDATUM=1.
EXECUTE.
SORT CASES BY oseba(A) DATUMizdaja(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja)) IstiDATUM=0.
EXECUTE.
USE ALL.
COMPUTE filter_$=(IstiDATUM = 1).
VARIABLE LABEL filter_$ 'IstiDATUM = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
FREQUENCIES VARIABLES=stZU1_sum /ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 36: Število in delež zdravilnih učinkovin v monoterapiji GET FILE='D:\baza_R03_2008.sav'.
USE ALL.
COMPUTE filter_$=(IstiDATUM = 1 & stZU1_sum = 1).
VARIABLE LABEL filter_$ 'IstiDATUM = 1 & stZU1_sum = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
FREQUENCIES VARIABLES=ATCaktual /ORDER=ANALYSIS.
Diplomska naloga PRILOGA
XXI
RECODE ATCaktual ('R03AC02'=43077) ('R03AC04'=1766) ('R03AC12'=1248) ('R03AC13'=1374) ('R03BA02'=6519) ('R03BA05'=31891) ('R03BA07'=5381) ('R03BA08'=3818) ('R03BB04'=11163) ('R03CC02'=5725) ('R03CC08'=352) ('R03DA04'=9171) ('R03DA05'=922) ('R03DC01'=228) ('R03DC03'=23224) INTO ŠTEVILOizdaj_mono.
EXECUTE.
USE ALL.
COMPUTE filter_$=(ŠTEVILOizdaj_mono > 0).
VARIABLE LABEL filter_$ 'ŠTEVILOizdaj_mono > 0 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
GRAPH
/BAR(SIMPLE)=MEAN(ŠTEVILOizdaj_mono) BY ATCaktual.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 37: Izbor izdaj dveh zdravilnih učinkovin GET FILE='D:\baza_R03_2008.sav'.
SELECT IF stZU1_sum = 2.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008_komb_2_ZU.sav' /COMPRESSED.
Postopek 38: Število izdaj zdravil glede na peti nivo ATC klasifikacije, ki vsebujejo dve zdravilni učinkovini v stalni kombinaciji
GET FILE='D:\baza_R03_2008_komb_2_zu.sav'.
USE ALL.
COMPUTE filter_$=(stZU1 = 2).
Diplomska naloga PRILOGA
XXII VARIABLE LABEL filter_$ 'stZU1 = 2 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
SORT CASES BY ATCaktual.
SPLIT FILE LAYERED BY ATCaktual.
FREQUENCIES VARIABLES=ATCaktual DELsifra /ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008_komb_2_zu.sav' /COMPRESSED.
Postopek 39 :Število izdaj kombinacij dveh zdravil s po eno zdravilno učinkovino glede na peti nivo ATC klasifikacije
GET FILE='D:\baza_R03_2008_komb_2_zu.sav'.
FILTER OFF.
USE ALL.
SELECT IF (stZU1 = 1).
EXECUTE.
SORT CASES BY oseba(A) DATUMizdaja(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja)) ATCpredhoden= LAG(ATC5nova).
EXECUTE.
CROSSTABS
/TABLES=ATCpredhoden BY ATC5nova /FORMAT=AVALUE TABLES
/CELLS=COUNT TOTAL /COUNT ROUND CELL.
SAVE OUTFILE='D:\baza_R03_2008_komb_2_ZU.sav'
Diplomska naloga PRILOGA
XXIII /COMPRESSED.
Postopek 40: Razdelitev zdravil na tista, ki vsebujejo preprečevalce – 1, olajševalce - 2 ter hkrati preprečevalce in olajševalce - 3
GET FILE='D:\baza_R03_2008.sav'.
RECODE ATCaktual ('R03AC04'=2) ('R03AC13'=2) ('R03AC02'=2) ('R03AC12'=2) ('R03AK07'=3) ('R03AK03'=2) ('R03AK06'=3) ('R03BA02'=1) ('R03BA08'=1) ('R03BA05'=1) ('R03BA07'=1) ('R03BB04'=2) ('R03CC02'=2) ('R03CC08'=2) ('R03DA04'=2) ('R03DC03'=1) ('R03DC01'=1) ('R03DA05'=2) INTO PreprečevalciOlajševalci.
EXECUTE.
FREQUENCIES VARIABLES=PreprečevalciOlajševalci /FORMAT=NOTABLE
/ORDER=ANALYSIS.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 41: Število receptov z le preprečevalci, z le olajševalci ter preprečevalci in olajševalci hkrati v istem zdravilu
GET FILE='D:\baza_R03_2008.sav'.
FREQUENCIES VARIABLES=PreprečevalciOlajševalci /PIECHART FREQ
/ORDER=ANALYSIS.
Postopek 42: Število in delež receptov po spolu bolnikov glede na to, ali so bila na njih predpisana zdravila z le preprečevalci, z le olajševalci ali s preprečevalci in olajševalci v istem zdravilu ter število in delež receptov s preprečevalci in olajševalci glede na spol bolnika
GET FILE='D:\baza_R03_2008.sav'.
SORT CASES BY PreprečevalciOlajševalci.
SPLIT FILE LAYERED BY PreprečevalciOlajševalci.
FREQUENCIES VARIABLES=SPOLoseba
Diplomska naloga PRILOGA
XXIV /ORDER=ANALYSIS.
SORT CASES BY SPOLoseba.
SPLIT FILE LAYERED BY SPOLoseba.
FREQUENCIES VARIABLES=PreprečevalciOlajševalci /ORDER=ANALYSIS.
SPLIT FILE OFF.
GRAPH
/BAR(GROUPED)=PCT BY SPOLoseba BY PreprečevalciOlajševalci.
GRAPH
/BAR(GROUPED)=PCT BY PreprečevalciOlajševalci BY SPOLoseba.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 43: Število receptov po starosti bolnikov z le preprečevalci, z le olajševalci ter s preprečevalci in olajševalci v istem zdravilu
GET FILE='D:\baza_R03_2008.sav'.
GRAPH
/LINE(MULTIPLE)=COUNT BY STAROSToseba BY PreprečevalciOlajševalci.
Postopek 44: Število in delež izdaj z le preprečevalci, z le olajševalci ter z preprečevalci in olajševalci GET FILE='D:\baza_R03_2008.sav'.
COMPUTE PreprečevalciOlajševalci1=PreprečevalciOlajševalci.
EXECUTE.
SORT CASES by oseba(A) DATUMizdaja(A) PreprečevalciOlajševalci(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja) & PreprečevalciOlajševalci = LAG(PreprečevalciOlajševalci))
PreprečevalciOlajševalci1=0.
EXECUTE.
Diplomska naloga PRILOGA
XXV COMPUTE IstiDATUM1=1.
EXECUTE.
SORT CASES by oseba(A) DATUMizdaja(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja)) IstiDATUM1=0.
EXECUTE.
RECODE PreprečevalciOlajševalci1 (1=1) (2=10) (3=100) INTO PreprečevalciOljaševalci2.
EXECUTE.
AGGREGATE
/OUTFILE=* MODE=ADDVARIABLES /BREAK=oseba DATUMizdaja
/PreprečevalciOljaševalci2_sum=SUM(PreprečevalciOljaševalci2).
USE ALL.
COMPUTE filter_$=(IstiDATUM1 = 1).
VARIABLE LABEL filter_$ 'IstiDATUM1 = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.
FREQUENCIES VARIABLES=PreprečevalciOljaševalci2_sum /ORDER=ANALYSIS.
RECODE PreprečevalciOlajševalci (1=75114) (2=140658) (3=113542) INTO ŠTEVILOizdaj_pre_ola.
EXECUTE.
SORT CASES BY PreprečevalciOlajševalci.
SPLIT FILE LAYERED BY PreprečevalciOlajševalci.
FREQUENCIES VARIABLES=ŠTEVILOizdaj_pre_ola /STATISTICS=MEAN
/ORDER=ANALYSIS.
SPLIT FILE OFF.
Diplomska naloga PRILOGA
XXVI GRAPH
/BAR(SIMPLE)=MEAN(ŠTEVILOizdaj_pre_ola) BY PreprečevalciOlajševalci.
SAVE OUTFILE='D:\baza_R03_2008.sav' /COMPRESSED.
Postopek 45: Izbor receptov z zdravili, ki vsebujejo DDBA in IGK, in njihova razdelitev na zdravila z le DDBA, z le IGK in obojimi hkrati v istem zdravilu
GET FILE='D:\baza_R03_2008.sav'.
IF (ATC5nova = 11) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 13) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 14) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 16) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 17) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 18) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 19) DDBA_IGK=1.
EXECUTE.
IF (ATC5nova = 20) DDBA_IGK=1.
EXECUTE.
FILTER OFF.
USE ALL.
SELECT IF (DDBA_IGK = 1).
EXECUTE.
Diplomska naloga PRILOGA
XXVII
RECODE ATC5nova (11=1) (13=1) (17=10) (18=10) (19=10) (20=10) (14=100) (16=100) INTO DDBA_IGK1.
EXECUTE.
COMPUTE DDBA_IGK2=DDBA_IGK1.
EXECUTE.
SAVE OUTFILE='D:\baza_R03_2008_kaz_pred.sav' /COMPRESSED.
Postopek 46: Oblikovanje skupin zdravil z le DDBA, z le IGK in z obojimi hkrati pri enkratni izdaji GET FILE='D:\baza_R03_2008_kaz_pred.sav'.
SORT CASES BY oseba(A) DDBA_IGK1(A).
IF (oseba = LAG(oseba) & DDBA_IGK1 = LAG(DDBA_IGK1)) DDBA_IGK2=0.
EXECUTE.
FILTER OFF.
USE ALL.
EXECUTE.
COMPUTE IstiDATUM2=1.
EXECUTE.
SORT CASES BY oseba(A) DATUMizdaja(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja)) IstiDATUM2=0.
EXECUTE.
AGGREGATE
/OUTFILE=* MODE=ADDVARIABLES /BREAK=oseba DATUMizdaja
/DDBA_IGK2_sum=SUM(DDBA_IGK2).
SAVE OUTFILE='D:\baza_R03_2008_kaz_pred.sav' /COMPRESSED.
Diplomska naloga PRILOGA
XXVIII
Postopek 47: Število izdaj zdravil z DDBA in IGK otrokom, starim pet let in manj brez izdaj, ki so vsebovale le IGK, delež izdaj z DDBA glede na vse izdaje bolnikom te starosti ter porazdelitev izdaj z DDBA po statistični regijah
GET FILE='D:\baza_R03_2008_kaz_pred.sav'.
FILTER OFF.
USE ALL.
SELECT IF (STAROSToseba <= 5).
EXECUTE.
SELECT IF (IstiDATUM2 = 1).
EXECUTE.
FREQUENCIES VARIABLES=DDBA_IGK2_sum /ORDER=ANALYSIS.
RECODE DDBA_IGK2_sum (10=0) (11=1) (100=1) (110=1) INTO DDBA_IKG2_sum1.
EXECUTE.
FILTER OFF.
USE ALL.
SELECT IF (DDBA_IKG2_sum1 = 1).
EXECUTE.
FREQUENCIES VARIABLES=DDBA_IGK2_sum /BARCHART PERCENT
/ORDER=ANALYSIS.
SELECT IF (STAROSToseba <= 5).
EXECUTE.
COMPUTE stZU1=stZU.
EXECUTE.
SORT CASES BY oseba(A) DATUMizdaja(A) ATC5nova(A).
IF (oseba = LAG(oseba) & DATUMizdaja = LAG(DATUMizdaja) & ATC5nova = LAG(ATC5nova)) stZU1=0.
EXECUTE.