Recurrent Infections

1989 ◽  
Vol 11 (6) ◽  
pp. 180-182
Author(s):  
Richard Hong

Recurrent infections constitute a major challenge to primary care physicians. Primary immunodeficiency or other alterations of the host defense system are extremely rare. In the case of recurrent respiratory infections, particularly of the lungs, a diagnosis will result much more often from ordering a sweat chloride test than a serum immunoglobulin level. RECURRENT RESPIRATORY INFECTIONS The major reason for referral to our clinic for investigation of the immune system is a complaint of too many upper respiratory tract infections. Each respiratory infection in a young child means loss of sleep for child and parents, expenditure of time at the physician's office, and possible loss of income in addition to the expense of medication and office visits. The child is often irritable and his or her misery clouds the home atmosphere. With repeated episodes of this sort each year, it is small wonder that parents want relief. The average number of upper respiratory tract infections experienced by healthy children is approximately 9 to 10 per year. At least 100 viruses can cause the common cold. Accordingly, even when a child has a normal immune system establishing immunity to each virus or virus subtype, it can take many years for a broad enough immunity to develop to diminish the frequency of infection due to newly encountered respiratory viruses.

2018 ◽  
Vol 7 (1) ◽  
pp. 1-7
Author(s):  
Aleksandra Paź ◽  
Magdalena Arimowicz

An estimated 50% of antibiotic prescriptions may be unjustified in the outpatient setting. Viruses are responsible for most acute respiratory tract infections. The viral infections are often self-limiting and only symptomatic treatment remains effective. Bacteria are involved in a small percentage of infections etiology in this area. In the case of a justified or documented suspicion of a bacterial infection, antibiotic therapy may be indicated. Based on the Polish „Recommendations for the management of non-hospital respiratory infections 2016”, the indications, the rules of choice, the appropriate dosing schedules and the therapy duration, in the most frequent upper respiratory tract infections in adults, have been presented. Implementation of the presented recommendations regarding our Polish epidemiological situation, will significantly reduce the tendency to abuse antibiotics, and thus will limit the spread of drug-resistant microorganisms.


Biology ◽  
2021 ◽  
Vol 10 (5) ◽  
pp. 362
Author(s):  
Antonio Cicchella ◽  
Claudio Stefanelli ◽  
Marika Massaro

Immunity is the consequence of a complex interaction between organs and the environment. It is mediated the interaction of several genes, receptors, molecules, hormones, cytokines, antibodies, antigens, and inflammatory mediators which in turn relate and influence the psychological health. The immune system response of heavily trained athletes resembles an even more complex conditions being theorized to follow a J or S shape dynamics at times. High training loads modify the immune response elevating the biological markers of immunity and the body susceptibility to infections. Heavy training and/or training in a cold environment increase the athletes’ risk to develop Upper Respiratory Tract Infections (URTIs). Therefore, athletes, who are considered healthier than the normal population, are in fact more prone to infections of the respiratory tract, due to lowering of the immune system in the time frames subsequent heavy training sessions. In this revision we will review the behavioral intervention, including nutritional approaches, useful to minimize the “open window” effect on infection and how to cope with stressors and boost the immune system in athletes.


2020 ◽  
Author(s):  
Jonathan Cho Kin Ng

Abstract Background: Probiotics can provide health benefits to an individual by regulation of the immune system. Many clinical trials have found that probiotics can prevent upper respiratory tracts infections.Aim: To perform a systematic review and meta-analysis of available trials to investigate the effectiveness of probiotics in the prevention of upper respiratory tract infections in individuals of all ages.Methods: A database search was carried out with databases ScienceDirect, Wiley, Springer, Medline and Pubmed. Completed randomised double blind, placebo-controlled trials were selected.Selection criteria: Randomised placebo-controlled trials, with the objective of investigating probiotic effectiveness in preventing URTIs.Results: Five randomised controlled trials were included, as the extracted data could be meta-analysed. This included a total of 785 participants of different age groups, children and adults. It was found that probiotics were better compared to placebo in reducing the number of participants who experienced acute upper respiratory tract infections. Probiotics were found to reduce the mean duration of acute URTI episodes, antibiotic use compared to placebo and URTI or cold related absence. Side effects and adverse effects were found to be minor and not statistically significant.Conclusions: Probiotics were found to be better in reducing the number of participants who experienced acute URTI, the average duration per episode of acute URTI, use of antibiotics in URTI related cases and absence due to URTI. Side effects were found to be minor, making probiotics a good candidate for clinical use. This shows that probiotics are effective in preventing acute URTIs. However, due to limited studies and small sample size, the results are subjected to bias and should be interpreted with care.


1994 ◽  
Vol 15 (5) ◽  
pp. 185-191
Author(s):  
Floyd W. Denny

Acute infections of the upper respiratory tract, including those of the tonsils and pharynx, are the most common affliction of humans; their tendency to occur with much greater frequency in children makes them especially important to the pediatrician. A host of microbial agents can cause these infections, but only a few are responsive to antimicrobial agents. Because of the paucity of definitive laboratory tools that allow easy recognition of the cause of most acute respiratory infections, it is important for the practicing pediatrician to have other methods to aid in the clinical management of children who have these infections. This review will discuss the etiology and epidemiology of acute respiratory infections that involve primarily the tonsils and pharynx, with emphasis on how this knowledge can guide clinicians in their management. The groundwork for this approach will be laid by suggesting a classification of upper respiratory tract infections that involve the tonsils and pharynx. Causative agents will be enumerated and put into perspective. The major factors associated with the occurrence of acute upper respiratory tract infections will be discussed. Finally, treatment of the patient who has tonsillopharyngitis will be presented. Uncomplicated acute tonsillopharyngitis will be emphasized primarily and the role of complications only mentioned.


2020 ◽  
Author(s):  
Maija Saijonkari ◽  
Neill Booth ◽  
Jaana Isojärvi ◽  
Jenni Finnilä ◽  
Marjukka Mäkelä

AbstractBackgroundThe Ministry of Social Affairs and Health in Finland commissioned this systematic literature review on the effectiveness and safety of using face masks in public environments in protecting against upper respiratory tract infections, to inform policy. Previous reviews have not clearly distinguished the context of mask use.MethodsThe review was completed within two weeks, adhering to the PRISMA guidelines where possible. The review looks at the effect of face coverings (surgical masks or cloth coverings, excluding FFP2 and FFP3 masks) in protecting against the transmission in droplet-mediated respiratory tract infections. Our review includes controlled trials or previous systematic reviews of mask use by the general public in public spaces, outside homes and healthcare facilities.ResultsThe systematic literature search identified five randomized trials. Use of masks prevented infections in one subgroup of one pilot study, so the effect of face masks on the transmission of infections outside the home appears small or nonexistent. Five of the eight systematic reviews showed no evidence of face masks being helpful in controlling the spread of respiratory infection or preventing exposure in healthy individuals. Meta-analyses often combined very heterogeneous studies and costs were not reported in any studies.ConclusionsRandomized studies on the effect of face coverings in the general population are few. The reported effect of masks used outside the home on transmission of droplet-mediated respiratory infections in the population is minimal or non-existent. It is difficult to distinguish the potential effect of masks from the effects of other protective measures.Summary boxWhat is already known on this subject?Previous reviews on the effectiveness and safety of use of face masks in protecting against upper respiratory tract infections have not clearly distinguished the context of mask use. They have combined very heterogeneous studies done in homes, health care settings, or public environments.What does this study add?Our systematic review on the use of face masks in public environments, done to inform an impending policy decision, found five randomized trials (RCTs) and eight reviews. Use of masks prevented infections in one subgroup of one RCT, so the effect of face masks appears small or nonexistent.


2007 ◽  
Vol 50 (4) ◽  
pp. 243-244 ◽  
Author(s):  
Irfan Sevinc ◽  
Murat Enoz

Objective: The aim of the study is researching the incidence of group A beta hemolytic streptococci (GABHS) in upper respiratory tract infections in Turkey. Study design: This is a descriptive study. Subject and Methods: Totally, 3964 throat swabs obtained from patients with upper respiratory tract infections were cultured for isolation of GABHS in Corlu Military Hospital, Department of Microbiology, between April 2002 and April 2004. Standard microbiological techniques were used in the screening. Results: In this study, GABHS were isolated from 230 (5.80 %) of 3964 patients. The rate of isolation was 79 (5.65 %)/914 in 2002 year, 103 (5.55 %)/1857 in 2003 year, and 48 (6.77 %)/709 in 2004 year. The rate of isolation was 50 (5.47 %)/914 in the spring, 21 (3.21 %)/642 in the summer, 49 (5.81 %)/844 in the autumn, and 110 (7.03 %)/1564 in the winter. Conclusion: We found that the overall incidence of GABHS in respiratory tract infections (5,80 %) was lower than other studies and the incidence was the highest in the winter.


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