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. 2015 Oct 27;293:469–484. doi: 10.1007/s00404-015-3914-8

Table 4.

Overview of clinical studies with dequalinium chloride (DQC)

Publication and design Subjects and indications Medication Efficacy Safety
Monopreparation
Weissenbacher, 2012 [32]
Controlled, comparative
321: BV—321 Fluomizin® vaginal tablets vs.
clindamycin 2 % cream vaginal
6 days
At week 1, cure rates were 81.5 % with 10 mg DQC and 78.4 % in clindamycin group. 10 mg DQC vaginal tablets had equal efficacy as a clindamycin vaginal cream. At week 4, cure rates were 79.5 % with 10 mg DQC and 77.6 % with clindamycin, demonstrating that the efficacy of DQC was not inferior to that of clindamycin (significant). Only ADRs - discharge followed by vulvovaginal pruritus
Radzinsky et al., 2011 [107]
Comparative, two-stage therapy
622: BV—409; ‘nonspecific vaginitis’—213 Fluomizin® vaginal tablets 6 days vs.
standard anti-infective treatment
(afterwards Gynoflor® restoration)
Fluomizin® group – cure 77.8 % (best dynamics observed for disappearance of the ‘clue cells’); standard antiinfective treatment – cure 77.1 % (average). Not assessed
Dankovich and Gopchuk, 2006 [102]
Open, pre-operative prophylaxis
45: Abnormal vaginal flora—45 Fluomizin® vaginal tablets 6 days Disturbed vaginal flora in 44 women became healthy, only 1/45 patient had complication after surgery. None
Grishchenko et al., 2006 [104]
Open
66 (pregnant): BV—66 Fluomizin® (34) vs. povidone-iodide vaginal Sanitation of vagina, demonstrated favourable pregnancy conditions and perinatal outcomes. None
Grishchenko et al. 2006 [105] 76: Mixed infection—76 Fluomizin® (45) vs. chlorhexidine bigluconate vaginal Cure rate after the treatment with Fluomizin®—96.7 %, with chlorhexidine bigluconate—66.0 %. Local ADRs—5 patients; discontinued therapy—2
Demina et al., 2005 [103]
Open
60 (pregnant): BV and ‘opportunistic flora vaginitis’—60 Fluomizin® (32) vs. povidone iodine vaginal Vaginal ecosystem recovery—in all pregnant women of group I after one treatment, and vaginal clearance of degrees I and II was seen in 91.7 %. No Candida albicans after Fluomizin®. None
Petersen, 2002 [26]
Controlled
121: BV—48; VVC—23; TV—5; other—45 Fluomizin® vaginal tablets vs. povidone iodine vaginal Symptoms decreased in the Fluomycin® group from 5.13 to 1.33. BV: 96 % and 82 % of women were diagnosed BV-negative after therapy at short- and long-term follow-up, respectively. VVC: symptoms decreased from 6.5 at to 1.1. Flour vaginalis: symptoms decreased from 5.0 to 1.3. 5.8 % reported a local ADRs
Schmidt, 2000 (unpublished)
Open, drug utilisation trial
446 (60 pregnant)
BV—126; TV—10; VVC—97; flour vaginalis—213
Fluomycin® N (10 mg DQC) vaginal tablets, daily 6 days 303 patients (67.9 %) at entry showed 3 to 4 symptoms, whereas at control only 42 patients (9.4 %). A distinct improvement in all documented clinical symptoms. None
Strecker, 1993 [28]
Open
388 (mixed group is included twice)
BV—375; VVC—113
Gyken® ovula twice (3 or 4 days interval) Negative microscopy (cure): BV—115 (31 %); VVC—86 (76 %) 1 case of enhanced sleepiness
Warnecke, 1976 [101]
Open
100
fluor vaginalis—7; ‘non-infective colpitis’—80; other—13
Eriosept® 0.1 % vaginal spray once daily
3 days (84), 6 days (11)
Negative microscopy (cure): Fluor vaginalis—4 (57 %); ‘non-infective colpitis’—67 (84 %); other—10 (77 %) None
Fauner, 1974 [91]
Open
55 (pregnant)
VVC: 55
Dequavagyn® depot once, eventual repetition after 1 week Negative microscopy (cure): VVC first therapy—46 (84 %), second therapy—8 (14 %) None
Kucera, 1973 [93]
Active-controlled
150: Bacterial fluor vaginalis—116; VVC—15; TV—14; mixed infection—5 Dequavagyn® depot alone or with 0.0015 % estriol, or with 0.02 % estriol (Oestro-Dequavagyn®) twice, repetition after 1 week Negative microscopy (cure, Dequavagyn® depot alone): flour vaginalis—30 (79 %), VVC—3 (75 %), TV—4 (67 %), mixed infection—0 (0 %) Not assessed
Kolbe, 1972 [92]
Open
124: Bacterial fluor vaginalis—42; VVC—50; TV—27; TV + VVC—5 Dequavagyn® depot once, eventual repetition after 10 days Cure (examination not specified): Bacterial fluor vaginalis—42(100 %), VVC—47 (94 %). TV—26(96 %), TV +VVC—3 (60 %) 1 case of generalised pruritus
Mühlbauer, 1972 [97]
Open
134: Bacterial fluor vaginalis—44; VVC—78; TV—12 Dequavagyn® depot once (continuous DQC release over 8-10 days) Negative microscopy (cure): Bacterial fluor vaginalis—33 (76 %), VVC 56 (72 %), TV—2 (24 %) None
Tatra, 1972 [100]
Open
311: Bacterial fluor vaginalis—180; VVC—69; TV—48; TV + VVC—13 Dequavagyn® depot once, eventual repetition after 10 days Negative microscopy (cure): Bacterial fluor vaginalis—147 (82 %), VVC—53 (77 %), TV—8 (30 %), TV + VVC 0 (0 %) 1 case of generalised pruritus
Lange, 1971 [94]
Open
82: Bacterial fluor vaginalis—8; VVC—38; TV—36 Dequavagyn® depot once, eventual repetition after 10 days Negative microscopy (cure): Bacterial fluor vaginalis—8 (73 %), VVC—38 (76 %), TV - 36 (92 %) 1 case of purulent discharge
Martin & Martin, 1971;
Martin, 1971 [34, 96]
Open
200 (several indications possible): Bacterial fluor vaginalis—44; VVC—173; TV—4; ‘super-infection’—21 Dequavagyn® depot once, eventual repetition after 10 days Negative microscopy (cure): Bacterial fluor vaginalis—9 (66 %), VVC—117 (68 %), TV—2 (50 %), ‘super-infection’—19 (90 %) 1 case of pruritus (allergy)
Atlante, 1959 [88]
Open
60 (4 mixed): VVC—2; TV—60 Dequadin® pessary twice daily 5–6 days, repeated after menstruation Negative microscopy (cure): VVC—4 (67 %), TV—54 (90 %) None
Levinson, 1959 [95]
Open
43: TV—43 Dequadin® pessary twice daily 4 weeks Negative microscopy (cure after 10 days): TV—17 (40 %) Not assessed
Roddie, 1958 [99]
Open
70: Bacterial fluor vaginalis—30; VVC—4; TV—36 Dequadin® pessary twice daily 2 weeks Symptoms after 2 weeks (absent/improved): bacterial fluor vaginalis—16 (59 %)/4 (15 %), VVC—2 (67 %)/1 (33 %), TV—1 (3 %)/5 (14 %) None
Combination(s)
 Rippmann, 1974 [98]
Open
106: VVC—26; TV—31; mixed infection—49 Oestro-Dequavagyn® (DQC + 0.02 % estriol) twice, repetition after 1 week (continuous DQC release over 8–10 days) Negative microscopy (cure): VVC—18 (69 %), TV—11 (35 %), mixed infection—39 (80 %) none