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Studies in phlebitis. IV: Injection rate and amiodarone-induced phlebitis.

Using a rabbit ear model and techniques developed previously (1) the relationship between injection rate and injection phlebitis is investigated for amiodarone HCl and its vehicle. A number of injection rates ranging from 0.02 to 3.0 ml/min are studied using this model. Thermal measurements and visual evaluations are used for phlebitis quantitation. The severity of phlebitis is found to be dependent upon the injection rate for amiodarone HCl while the vehicle did not produce phlebitis at any rate. Strong correlations between the thermal measurements and visual evaluations are found for both amiodarone HCl and its vehicle.

Amiodarone↗

A prospective study of Staphylococcus aureus nasal colonization and intravenous therapy-related phlebitis.

BACKGROUND: Intravenous (IV) therapy-associated phlebitis is common, but its causes are ill defined. Some cases may be related to bacterial colonization of the skin surrounding the IV catheter, especially by Staphylococcus aureus. This prospective study examined the association of phlebitis with anterior nares S aureus carriage, as well as with other potential risk factors. METHODS: Selected demographic and clinical data and a nares culture were collected from patients on designated wards by us and from the IV therapy team at the time of initial IV catheter placement. Patients were followed up for signs and symptoms of phlebitis for the duration of the initial catheter's use and for up to two additional IV placements. Potential risk factors were compared for patients who developed phlebitis and those who did not by the Cox multivariate proportional hazards model. RESULTS: During 10 weeks, 273 men with a total of 416 catheter placements had fully evaluable data. Phlebitis occurred during 13.7% of the catheter placements. Nasal cultures yielded S aureus from 14.3% of the patients, but none of the IV team nurses. Surprisingly, S aureus nasal colonization was related (at borderline statistical significance) to a reduction in phlebitis risk. Location of the patient on a surgical ward, the presence of infection at any site, and a larger-gauge catheter were each significant independent risk factors for phlebitis. The highest risk of phlebitis appeared to have been within 12 to 24 hours of catheter placement. CONCLUSIONS: The primary finding of this study was that nasal colonization with S aureus did not increase the risk of developing IV catheter-associated phlebitis. Our rate of IV catheter-associated phlebitis was similar to that in other studies, but the factors predisposing to phlebitis differed somewhat from those in previous studies.

Catheterization, Peripheral↗

Infusion phlebitis in post-operative patients: when and why.

BACKGROUND: The most common complication of intravenous therapy is infusion phlebitis. This study was done to prospectively assess its frequency in a series of consecutive patients who will undergo surgery, and to identify which variables may predict an increased risk for phlebitis. PATIENTS AND METHODS: 400 consecutive patients who will undergo surgery in a general surgery department were included. Only the first catheter, inserted the day before surgery, was taken into account. Eighteen variables (from the infusion, the catheter and from the patient) were prospectively evaluated for their contribution to the occurrence of phlebitis. RESULTS: 60/400 patients (15%) developed phlebitis, and most of them needed insertion of a further catheter. The univariate analysis showed that patients who developed phlebitis were older, and their pre-operative levels of both blood haemoglobin and neutrophil cound were significantly higher than those in patients who did not develop phlebitis. However, the multivariate analysis only confirmed the association with blood haemoglobin levels: the risk of phlebitis sharply increased in the patients with the highest haemoglobin levels. As to the influence of time on phlebitis development, there was a significant decrease in the day-specific risk, from the 5th day on. COMMENTS: In our series, blood haemoglobin levels were found to be the only variable associated to a higher risk of phlebitis. Besides, in contrast with the recommendations by the Centers for Disease Control, no significant increase in the day-specific risk of phlebitis was found. Thus, a guideline to select the type of catheter to be inserted in an individual patient is suggested.

Adolescent↗

Neutralization of prostaglandin E1 intravenous solution reduces infusion phlebitis.

Previous studies have shown moderate or severe phlebitis at the site of venipuncture in some patients who receiving prostaglandin E1 (PGE1) infusion therapy. Such phlebitis is sometimes severe enough to necessitate the cessation of PGE1 therapy. This study investigated how to continue PGE1 infusion therapy for 3 weeks with tolerable phlebitis. Although a 60 microg dose of PGE1 is usually dissolved in 500 mL of fluid to avoid phlebitis, we used 200 mL to prevent volume overload. This PGE1 solution was neutralized to pH 7.4 with 4 mL of 7% sodium bicarbonate. We examined the frequency and severity of phlebitis among patients who received a 2-h PGE1 infusion twice daily. Eighteen patients who were hospitalized for peripheral vascular disease between June 1998 and May 1999 were studied. All of them were men and their mean age was 63.3 +/- 8.9 years (range: 47-78 years). Fourteen patients had arteriosclerosis obliterans and four had Buerger's disease. When the severity of phlebitis was determined according to Dinley's criteria, two patients (11%) had grade 0, four patients (22%) had grade 1, eleven patients (61%) had grade 2, and one patient (6%) had grade 3 phlebitis. Usually, PGE1 infusion therapy is stopped when phlebitis reaches grade 4 or more, but there were no such cases in this study. We also found that aging was significantly correlated with a decrease in the severity of phlebitis (Spearman's rank correlation test: r = -0.545, p = 0.0193).

Adult↗

[Phlebitis due to venous catheters. Causes and occurrence].

Seventy-nine patients admitted to Frederiksberg Hospital had peripheral intravenous catheters inserted to aid treatment. We followed the patients in order to determine the frequency of phlebitis, and to isolate mechanical and chemical parameters that increase the risk of phlebitis. The frequency of phlebitis was 27.8%. We found that 35.8% of all complications evolve when the catheter has been inserted for more than 72 hours, and that 45.5% of patients treated with antibiotics develop phlebitis. Furthermore, it seems that acetyl salicylic acid reduces the number of cases with phlebitis. Catheters inserted around the wrist have a higher frequency of phlebitis. Changing the catheters every 72 hours significantly reduces the frequency of phlebitis by 40%. The risk of developing a septic condition due to catheter-induced phlebitis seems small because we suggest that phlebitis is an inflammatory reaction to the plastic-catheter, and not infectious.

Aged↗

The role of surgery in the treatment of acute phlebitis in the lower members.

UNLABELLED: Most phlebitis responds favorably to medical treatment. Iliofemoral and iliocaval phlebitis, however, involve considerable risk as they may endanger life (pulmonary embolism), limb (ischemic forms) or the functioning of the limb (severe post-phlebitic syndromes). Because of this triple risk it is important to be able to judge when to opt for surgery. Surgical treatment is called for in cases of certain iliofemoral phlebitis developing in spite of medical treatment. Threat of "blue phlebitis" (acute arterial ischemia); threat of severe post-phlebitis syndrome (the thrombosed iliac veins do not easily recover their permeability); threat to life (iliac thromboses producing mortal embolism). These three risks justify emergency phlebography. The aims, means and limitations of surgery. 1. Aim - to maintain the permeability of the femoro-ilio-caval venous axis and to avoid pulmonary embolism. 2. Methods - Thrombectomy is done at the level of the femoral vein using Fogarty's catheter and Esmarch's bandage; this is carried out at an early stage (5 first days). A De W. clamp may be positioned at the level of the vena cava (in case of preexisting pulmonary embolism or incomplete thrombectomy). 3. INDICATIONS: --Phlebitis with ischemia. --Recent severe phlebitis not responding enough to urgent medical treatment particularly in the cases of young patients. --Clamp used in cases of pulmonary embolism or when threats of embolism are visible on the phlebography (floating clots). 4. MATERIALS: --82 patients were operated between 1970-1978. Phlebography showed: 44 iliofemoral phlebites, 11 femoropopliteal phlebites, 27 iliocaval phlebites. --Arterial affection revealed in the cases of 8 patients, four of which had blue phlebitis. --Pulmonary embolism was the symptom showing iliofemoral phlebitis in 7 cases. 5. OPERATIONS: 42 isolated clamps; 40 thrombectomies (in 15 cases completed by a clamp, in 12 cases by arteriovenous fistula; in 10 cases by treatment of an anomaly of the origin of the left common iliac vein. 6. RESULTS: --Two deaths. --In the long term (average interval = 4 years) the results were excellent in 54% of the cases (no oedema), good in 28% (light compression required), and bad in 8%. Conclusion. Certain iliac phlebites can, we believe, be cured by surgery.

Acute Disease↗

I.v.-related phlebitis, complications and length of hospital stay: 2.

Review of the literature on the various types of phlebitis, risk factors, clinical indicators, severity grading scales, and associated complications of phlebitis, in the first article in this series (Vol 7(21): 1304-12), indicated that an awareness of such factors could reduce the incidence of intravenous (i.v.)-related phlebitis. This article presents a quantitative study, of longitudinal design, conducted to determine the incidence and severity of i.v.-related phlebitis in 90 patients from a large teaching hospital over a 2-month period. The study concluded that although there were multiple risk factors for the development of phlebitis, routine IV site observation and the use of phlebitis severity measurement scales could reduce the incidence and severity of phlebitis. Complications arising from phlebitis can have long-term effects on patient care, satisfaction, and length of hospital stay. If not controlled, these risk factors can increase the personal and financial costs to patients, encourage litigation, and ultimately increase the overall costs to the hospital.

Adolescent↗