Friday, November 29, 2019

Lupine Publishers | Acute Primary Herpetic Gingivostomatitis In A Child: Strategies for Pain Suppression and to Improve Oral Intake

Lupine Publishers | Journal of Pediatric Dentistry

Abstract

This case report describes the management strategies and the evolution of the acute herpetic gingivostomatitis condition in a 3-year-old female child with a focus on suppressing pain and to improve oral intake with approaches to medicine and dentistry.
Keywords: Herpect Stomatitis; Drug Therapy; Child

Introduction

Herpetic gingivostomatitis is a condition that most often results from initial gingiva (gums) and oral mucosa infection with herpes simplex virus type 1 (HSV-1). While herpetic gingivostomatitis is the most common cause of gingivostomatitis in children before the age of 5, it can also occur in adults. The condition is characterized by a prodrome of fever followed by an eruption of painful, ulcerative lesions of the gingiva and mucosa, and often, yellow, perioral, vesicular lesions. HSV-1 is usually spread from direct contact or via droplets of oral secretions or lesions from an asymptomatic or symptomatic individual. Once a patient is infected with the herpes simplex virus, the infection can recur in the form of herpes labialis with intermittent re-activation occurring throughout life [1]. The pathogenesis of herpetic gingivostomatitis involves replication of the herpes simplex virus, cell lysis, and eventual destruction of mucosal tissue. Exposure to HSV-1 at abraded surfaces allows the virus to enter and rapidly replicate in epidermal and dermal cells. This results in the clinical manifestation of perioral blisters, erosions of the lips and mucosa, and eventual hemorrhagic crusting. Sufficient viral inoculation and replication allow the virus to enter sensory and autonomic ganglia, where it travels intraaxonally to the ganglionic nerve bodies. HSV-1 most commonly infects the trigeminal ganglia, where the virus remains latent until reactivation most commonly in the form of herpes labialis [2]. While most children with primary gingivostomatitis will be asymptomatic, some will experience considerable pain and discomfort and are at risk of dehydration. There are no large, well designed studies to clearly determine appropriate therapy for all children [3]. Professionals who treat children in this age group must be able to diagnose and treat common oral manifestations when necessary and should refer the child to a pediatrician for effective treatment if the presence of any systemic alteration is suspected [4]. Herpetic infections commonly affect the dental profession’s anatomical area of responsibility and the diagnosis and management of such infections fall in the purview of oral healthcare providers. To administer competent care to patients with herpetic infections, clinicians must understand the disease, its treatment, the impact the disease or its treatment may have on the patient and the extent to which the presence of a herpetic infection may impact on caregivers in the clinical process [5]. The purpose of this case report was to describe the treatment recommended for a child diagnosed with acute herpetic gingivostomatitis associated with tonsillitis and the ways to suppress pain and to improve oral intake from the perspective of medicine and dentistry.

Case Report

Parents of a 3-year-old and female child sought pediatrician due to inflammation in the throat of their daughter, with fever and irritability for two days, then their child feels pain in the mouth, and the drooling starts with the appearance of diffuse lesions in the oral mucosa, complaining of pain and having difficulty feeding. There was the prescription of antibiotics (amoxicillin and clavulanate potassium for oral suspension), anti-inflammatory and antipyretic. Intraoral cleaning with gauze and saline was recommended and the request for a new consultation, to eliminate the possibility of fungal contamination. The diagnosis of acute and viral primary herpetic gingivostomatitis was established (Figure 1). On intraoral examination, gingiva appeared fiery red in color and multiple vesicles were present on the attached mucosa. Multiple vesicles and ulcers were seen along the lateral border and anterior surface of the tongue. Both sided buccal mucosa revealed multiple vesicles. Her parents also complained about his bad breath during this period due to poor oral hygiene. Submandibular lymphatic glands of the kid were enlarged [6]. The pediatric dentistry was consulted because the child persisted with much pain, unable to sleep or eat (Figure 2). There was then the option of laser applications, with faster healing of ulcers and greater pain relief. There was substantial improvement in food, oral hygiene and sleep. The patient will perform control examinations, with simultaneous evaluation by pediatrician and pediatric dentistry.
Figure 1: Child oral examination two days under antibiotic prescription.
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Figure 2: Aspect of the child’s tongue on the fourth day of drug treatment.
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Thursday, November 28, 2019

Monday, November 18, 2019

Friday, November 15, 2019

Lupine Publishers | Do Highly Aggressive Bacteria Cause Dental Caries in Some Children?

Lupine Publishers | Journal of Dental and oral health journals impact factor


Short Communication

Perhaps the question that many pediatric dentists may have is whether a group of bacteria play an important role in the development of dental caries in children. The results of the new research that was carried out at Umea University in Sweden, can answer this question. Researchers at Umea University discovered a new issue in relation to cariogenic different types of Streptococcus Mutans bacteria. They also investigated the adhesion performance of bacteria on children teeth with common caries and increased risk of dental caries. The results of the study, published in the EBio Medicine Journal, could lead to the development of a better way to identify high-risk patients and treat their caries. Dental caries is one of the diseases of the lifestyle, often due to poor oral and dental health and nutritional habits, which results in decreasing the level of acidic pH in the mouth [1-3]. The more likely we will see the development of dental caries if the teeth are exposed to a low salivary pH in a long period of time [4]. Low PH levels have a harmful effect on enamel; increases the growth of acid-producing bacteria, such as Streptococcus Mutans [5-8]. In this five-year study, the saliva of a large number of children was analyzed, and dental health care of these children was supervised. The researchers proved that high-risk children have more invasive types of cariogenic bacteria, and the adherence of these bacteria makes them more aggressive and more susceptible to survival. However, the results of this study showed that in some high-risk children at high risk of rot, there are certain types of highly invasive bacteria, S Mutans, which can cause caries irrespective of lifestyle. These invasive strains have unique sticky proteins called SpaP and Cnm, which increase the ability of the bacteria to survive in the antibacterial saliva of the mouth. One out of five Swedish children has such a dangerous strain and is at high risk for dental caries. These children do not respond to traditional caries prevention or treatment, and their lifestyle variables cannot predict the risk of caries [8]. Chronic dental caries and loose teeth are also risk factors for systemic diseases, such as cardiovascular disease [9,10]. Overall, 70% of tooth loss is due to tooth decay [11,12]. This article explains how up to half of the highrisk children are threatened by highly invasive types of S. Mutans.
These species can also increase the risk of cardiovascular disease and other systemic diseases in the future. Highly aggressive types also differ in terms of adhesion performance. Through biochemical studies, researchers discovered the association between the binding of SpaP and Cnm proteins and their adherence to saliva and DMBT1 protein in saliva [8]. They also showed that higher binding ability has led to an increase in dental caries over a five-year study period. In the end, to conclude this article, Dr. Stromberg believes other high-risk children have a genetic defect in their salivary receptors for bacteria, and the damaged genes may include the same genes that are involved in autoimmune diseases. But it is still important to emphasize that caries is affected by oral and dental health habits in many low to moderate risk people [8]. On the other hand, from new information on the identified types of bacteria, and their manner to start tooth decay, it can be used to improve dental care. Furthermore, the presence of these bacteria can be applied as biological markers for the early detection of high-risk patients. Moreover, their adhesion performance also can be considered as new targets for treatments [8].

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