Eval of 20 cases of localized gingival overgrowth recurrence

Glossary definitions and references:

Scientific and Ayurvedic Glossary list for “Eval of 20 cases of localized gingival overgrowth recurrence”. This list explains important keywords that occur in this article and links it to the glossary for a better understanding of that concept in the context of Ayurveda and other topics.

1) Table:
Tables in research provide structured summaries of data related to the study's findings and demographics. They help visualize the key characteristics of the study sample, such as the distribution of lesions by type, sex, age, and other significant factors. This enables easy comparison and analysis of results in a concise format.

2) Study (Studying):
The study referenced documents the clinical and histopathological assessment of localized hyperplastic gingival growths. It focuses on evaluating the nature, surgical management, and recurrence of these lesions, contributing to the body of knowledge in dental pathology and helping refine treatment approaches for similar cases in dental practice.

3) Blood:
Blood investigations, such as a complete hemogram, are critical in this study to rule out systemic conditions that could contribute to gingival hyperplasia. Such pre-surgical evaluations ensure patient safety and the suitability for surgical procedures, highlighting the importance of overall health in managing localized oral lesions effectively.

4) Drug:
The study prescribed amoxicillin prophylactically to prevent infection post-surgery. This emphasizes the importance of pharmacological measures in surgical management of gingival lesions, as proper drug administration can significantly reduce the risk of complications and enhance healing, thus improving surgical outcomes for patients undergoing such procedures.

5) Inflammation:
Inflammation is a key pathophysiological factor in gingival hyperplastic growths. The study highlights that localized hyperplastic lesions primarily arise from inflammatory responses, necessitating initial therapy to reduce inflammation before surgical intervention. Understanding this connection aids in effective treatment planning and enhances the chances of complete recovery following surgery.

6) Discussion:
The discussion section evaluates the study’s findings in the context of existing literature. It addresses the demographic patterns, types of lesions observed, and recurrence rates, critically analyzing how these results contribute to the broader knowledge of dental health. This helps in validating findings and suggesting future research directions.

7) Developing:
Developing localized hyperplastic gingival growths is described as a response to irritants. The term underscores the ongoing physiological processes within the gingival tissue that leads to the formation of lesions. Understanding the mechanisms behind this development aids clinicians in diagnosis and treatment of similar oral health conditions.

8) Irritation:
Irritation is noted as a precursor to localized hyperplastic gingival growths, stemming from factors such as plaque accumulation and trauma. The study outlines the role of irritation in triggering these lesions, emphasizing the need for preventive care. This understanding helps in managing oral health effectively and reducing pathological growths.

9) Swelling:
Swelling is commonly reported by patients with gingival outgrowths and represents a key clinical symptom of localized hyperplastic growths. The study focuses on the assessment of swelling sizes and their implications for treatment. Understanding swelling patterns assists in better diagnosing and managing these lesions during patient evaluations.

10) Bleeding:
Bleeding from the gums is another significant complaint associated with gingival lesions. The study documents this symptom, pointing towards underlying inflammation or irritation. Recognizing bleeding symptoms is crucial for clinicians to gauge the severity of gingival conditions and to implement timely interventions for proper patient care.

11) Relative:
The term relative is used in the context of evaluating factors such as age, sex, and lesion type distribution, reflecting how these variables interact in the patient population. Understanding these relationships helps clinicians develop targeted treatment strategies and enhances the overall effectiveness of care delivered to patients.

12) Pregnant:
Pregnant women were excluded from the study to eliminate potential confounding factors related to hormonal changes affecting gingival health. This highlights the importance of carefully selecting study populations to ensure clear insights and findings, allowing for more focused analysis on the surgical outcomes of the remaining patients.

13) Epilepsy:
Patients with epilepsy were excluded from the study. This precaution serves to prevent potential complications during surgical procedures or adverse reactions to medications, ensuring that the results are not skewed by patients who may have unique health considerations that complicate gingival health and treatment outcomes.

14) Disease:
The study considers existing systemic diseases that could influence the development of gingival lesions. Recognizing the impact of diseases like diabetes or hypertension on oral health emphasizes the need for comprehensive health evaluations before treatment, ensuring that clinicians can provide safe and effective care tailored to individual patient conditions.

15) Hygiene (Hygienic):
Poor oral hygiene emerged as a common observation among patients with localized hyperplastic gingival growths. The study underscores the connection between inadequate hygiene and the occurrence of these lesions, highlighting the importance of educating patients about proper dental care as a preventive measure to mitigate future growths.

16) Nature:
The nature of the lesions is assessed through both clinical observation and histopathological analysis in the study. Understanding the morphological characteristics of these growths informs diagnosis and treatment, providing a basis for clinicians to differentiate between various types of localized gingival overgrowths and administer proper care.

17) Pur:
Poor oral hygiene practices were frequently noted in patients presenting with localized gingival lesions. This observation ties into the inflammatory processes leading to hyperplastic growths. The study emphasizes the need for better oral health practices and education to prevent the occurrence of such undesirable lesions in the future.

18) Male:
The study found a higher prevalence of pyogenic granuloma among males, reflecting gender differences in disease manifestation. Such data is vital for understanding the demographics of oral health issues, allowing dental professionals to tailor preventive and therapeutic measures more effectively for different patient populations.