SURVEY OF POISON CONTROL CENTERS

PEDIATRICS ◽  
1959 ◽  
Vol 23 (2) ◽  
pp. 359-364
Author(s):  
Howard M. Cann ◽  
Henry L. Verhulst ◽  
Dorothy S. Neyman

As of April, 1958, there were 124 poison control centers in 40 states and territories. The results of a study of the operations of 102 of these centers are presented. Coordination of activities of poison control centers is desirable, especially where more than one center serve the same area. The American Academy of Pediatrics has led the way in establishing centers all over the country. Increasing numbers of state and local departments of health and medical schools are participating in control of poisonings and strengthening the movement for development of poison control centers. Poison control centers give information concerning toxicity of a variety of products and substances. Many also maintain facilities for treatment of poisoning, but emergency rooms of all hospitals should be equipped to give proper treatment for poisoning. Prevention of accidental poisoning is the best "treatment" for this "disease." Followup studies of patients will uncover significant causal factors and enable effective preventive measures to be instituted. All physicians are encouraged to learn the location and utilize the services of the nearest poison control center.

PEDIATRICS ◽  
1960 ◽  
Vol 25 (3) ◽  
pp. 490-495
Author(s):  
Gordon D. Jensen ◽  
Wesley W. Wilson

One hundred cases of accidental poisoning occurring in Seattle, Washington, during the summer of 1958 and referred through the Poison Control Center were studied. Although this group probably was not representative of all Seattle children in whom poisonings occurred during this period, the information gained from a study of the circumstances leading to the poisonings has important preventive implications. Eighty-two of the children were between 1 and 3 years of age. Aspirin caused 24 poisonings. In 19 of these cases it had been left out by another family member, and only three children found aspirin in the medicine cabinet. The medicine cabinet was the source of the poison in only 4 of the 100 cases. Poisonous berries and toadstools caused 14 poisonings and represent an important local hazard, particularly as most parents were not aware that the berries were harmful. Whereas only 22 of the patients had previously suffered accidents, 25 had been poisoned before, several more than once. In 32 cases there had been recent or concurrent illness in some member of the household. Three circumstances were found to occur commonly, and singly or in combination accounted for 86 of the poisonings: 1) In 26 cases some person other than the parents (siblings, other children, neighbors, relatives, friends) played an important part either by making it possible for the patient to reach the poison or by failing to put it away. 2) In 31 cases the parents did not think that the child could climb, open doors, unscrew caps, or perform other tasks necessary to get the poison. 3) In 53 cases the poison was not in its usual location, either because it was in use, because persons other than the parents had left it out, or because the parents themselves were careless. As most of these parents appeared to have some degree of safety consciousness and at least tried to provide a safe place in which to keep potential poisons, they would probably profit from specific advice based on the most common circumstances under which poisonings occur.


PEDIATRICS ◽  
1987 ◽  
Vol 80 (6) ◽  
pp. 949-951
Author(s):  
JOSEPH GREENSHER ◽  
HOWARD C. MOFENSON ◽  
THOMAS R. CARACCIO

Previous well-established guidelines for the management of poisonous ingestions in children are undergoing significant change. The time-honored practice of syrup of ipecac-induced vomiting as the primary means of gastrointestinal decontamination now frequently yields to the administration of activated charcoal. Practitioners and emergency room physicians who are increasingly relying on advice from and participation in treatment by regional poison control centers need to understand the rationale behind what many consider contradictions to accepted teaching. A case in point was a recent letter to the American Academy of Pediatrics from a pediatrician questioning the treatment of an ingestion of poison in a toddler.


2019 ◽  
Vol 11 (2) ◽  
pp. 24-33
Author(s):  
Stephen L. Thornton ◽  
Lisa Oller ◽  
Doyle M. Coons

Introduction. This is the 2016 Annual Report of the University ofKansas Health System Poison Control Center (PCC). The PCC is oneof 55 certified poison control centers in the United States and servesthe state of Kansas 24 hours a day, 365 days a year, with certified specialistsin poison information and medical toxicologists. The PCCreceives calls from the public, law enforcement, health care professionals,and public health agencies. All calls to the PCC are recordedelectronically in the Toxicall® data management system and uploadedin near real-time to the National Poison Data System (NPDS), whichis the data repository for all poison control centers in the U.S. Methods. All encounters reported to the PCC from January 1, 2016to December 31, 2016 were analyzed. Data recorded for each exposureincludes caller location, age, weight, gender, substance exposedto, nature of exposure, route of exposure, interventions, medicaloutcome, disposition and location of care. Encounters were classifiedfurther as human exposure, animal exposure, confirmed non-exposure,or information call (no exposure reported). Results. The PCC logged 21,965 total encounters in 2016, including20,713 human exposure cases. The PCC received calls from everycounty in Kansas. The majority of human exposure cases (50.4%, n =10,174) were female. Approximately 67% (n = 13,903) of human exposuresinvolved a child (defined as 19 years or less). Most encountersoccurred at a residence (94.0%, n = 19,476) and most calls (72.3%, n= 14,964) originated from a residence. The majority of human exposures(n = 18,233) were acute cases (exposures occurring over eighthours or less). Ingestion was the most common route of exposuredocumented (86.3%, n = 17,882). The most common reported substancein pediatric encounters was cosmetics/personal care products(n = 1,362), followed by household cleaning products (n = 1,301). Foradult encounters, sedatives/hypnotics/antipsychotics (n = 1,130) andanalgesics (n = 1,103) were the most frequently involved substances.Unintentional exposures were the most common reason for exposures(81.3%, n = 16,836). Most encounters (71.1%, n = 14,732) weremanaged in a non-healthcare facility (i.e., a residence). Among humanexposures, 14,679 involved exposures to pharmaceutical agents while10,176 involved exposure to non-pharmaceuticals. Medical outcomeswere 32% (n = 6,582) no effect, 19% (n = 3,911) minor effect, 8% (n =1,623) moderate effect, and 2% (n = 348) major effects. There were 15deaths in 2016 reported to the PCC. Number of exposures, calls fromhealthcare facilities, cases with moderate or major medical outcomes,and deaths all increased in 2016 compared to 2015. Conclusions. The results of the 2016 University of Kansas HealthSystem Poison Control annual report demonstrates that the centerreceives calls from the entire state of Kansas totaling over 20,000human exposures per year. While pediatric exposures remain themost common, there is an increasing number of calls from healthcarefacilities and for cases with serious outcomes. The experience of thePCC is similar to national data. This report supports the continuedvalue of the PCC to both public and acute health care in the state ofKansas. Kans J Med 2018;11(2):24-33.


PEDIATRICS ◽  
1959 ◽  
Vol 24 (4) ◽  
pp. 689-690

The second annual meeting of The American Association of Poison Control Centers will be held on October 6, 1959 at The Palmer House, Chicago, Illinois. An all-day meeting is scheduled: The morning session will be devoted to business activities; during the afternoon, papers on research, clinical and public health aspects of poisoning will be presented and discussed. The Association was organized in October 1958 to promote the exchange of information among its members on various aspects of acute accidental poisoning. It also expects (1) to promote amid encourage investigation into methods for treating such cases of poisoning and (2) to develop educational programs for their prevention. Its members are, for the most part, connected is some capacity with poison control and information centers in the United States and Canada.


2017 ◽  
Vol 135 (1) ◽  
pp. 15-22 ◽  
Author(s):  
Luciane Cristina Rodrigues Fernandes ◽  
Taís Freire Galvão ◽  
Adriana Safioti Toledo Ricardi ◽  
Eduardo Mello De Capitani ◽  
Stephen Hyslop ◽  
...  

ABSTRACT CONTEXT AND OBJECTIVE: The lack of availability of antidotes in emergency services is a worldwide concern. The aim of the present study was to evaluate the availability of antidotes used for treating poisoning in Campinas (SP). DESIGN AND SETTING: This was a cross-sectional study of emergency services in Campinas, conducted in 2010-2012. METHODS: The availability, amount in stock, place of storage and access time for 26 antidotal treatments was investigated. In the hospitals, the availability of at least one complete treatment for a 70 kg adult over the first 24 hours of admission was evaluated based on stock and access recommendations contained in two international guidelines. RESULTS: 14 out of 17 functioning emergency services participated in the study, comprising pre-hospital services such as the public emergency ambulance service (SAMU; n = 1) and public emergency rooms for admissions lasting ≤ 24 hours (UPAs; n = 3), and 10 hospitals with emergency services. Six antidotes (atropine, sodium bicarbonate, diazepam, Phytomenadione, flumazenil and calcium gluconate) were stocked in all the services, followed by 13 units that also stocked activated charcoal, naloxone and diphenhydramine or biperiden. No service stocked all of the recommended antidotes; only the regional Poison Control Center had stocks close to recommended (22/26 antidotal treatments). The 10 hospitals had almost half of the antidotes for starting treatments, but only one quarter of the antidotes was present with stocks sufficient for providing treatment for 24 hours. CONCLUSION: The stock of antidotes for attending poisoning emergencies in the municipality of Campinas is incomplete and needs to be improved.


2008 ◽  
Vol 24 (12) ◽  
pp. 2901-2908 ◽  
Author(s):  
Rosaura de Farias Presgrave ◽  
Luiz Antônio Bastos Camacho ◽  
Maria Helena Simões Villas Boas

Unintentional poisoning occurred mainly among children. The leading cause of such poisoning in Brazil, among consumer products was household cleaning products. For this study 2810 calls made to two poison control centers in the State of Rio de Janeiro between January 2000 and December 2002 were analyzed. Children under five were the most vulnerable group. More boys under 10 suffered accidental poisoning than girls, although above this age, the distribution was inverted. The calls received by poison control centers were mainly from health services within the first two hours following poisoning. The most frequent exposure routes were ingestion (90.4%), followed by inhalation (4.3%), skin and eye contact (2.4% and 2% respectively). The products involved were bleach, petroleum derivates, rodenticides and pesticides. The main causes were products within the children's reach, storage in soft drink bottles, food mixed with rodenticides, incorrect product use, and kitchen utensils used for measured cleaning products. The most common outcome was that the patient was cured, although a lot of cases were lost to follow-up. Education programs are necessary in order to avoid these poisonings.


2007 ◽  
Vol 26 (7) ◽  
pp. 563-571 ◽  
Author(s):  
MB Forrester

Limited information exists on potentially adverse adult glyburide ingestions reported to poison control centers. Using adult glyburide ingestions reported to Texas poison control centers during 1998—2005, the proportion of cases involving serious outcomes was determined for selected variables and evaluated for statistical significance by calculating the rate ratio (RR) and 95% confidence interval (CI). Of 126 cases identified, 49 (39%) involved serious outcomes. Serious outcomes were significantly more likely to occur with a maximum dose > 24 mg (RR 4.74, 95% CI 1.74—14.90) or >4 tablets (RR 3.27, CI 1.57—7.31), where the circumstances of the exposures involved self-harm or malicious intent (RR 2.44, CI 1.33—4.46), or the patient was already at or en route to a health care facility when the poison control center was contacted (RR 12.89, CI 4.00—66.12) or referred to a health care facility by the poison control center (RR 12.21, CI 3.53—65.01). The severity of the outcome associated with adult glyburide ingestions depended on the dose and the circumstances of the ingestion. The management of patients with severe outcomes was more likely to involve health care facilities. Such information is useful for creating triage guidelines for the management of adult glyburide ingestions. Human & Experimental Toxicology (2007) 26: 563—571.


2021 ◽  
Vol 15 (12) ◽  
pp. 3571-3575
Author(s):  
Zeinab A. Kasemy ◽  
Safaa A. Amin ◽  
Asmaa F. Sharif ◽  
M. M. Fayed ◽  
D. E. Desouky ◽  
...  

Objectives: Suicide by self-poisoning is a serious public health problem that accounts for global morbidities and mortalities. This work aims to study the incidence, trend, and determinants of suicide by self-poisoning in two Egyptian provinces. Methods: The current study is a bi-designed two-phases observational study carried out in two Egyptian poison control centers including Menoufia Poison Control Center (MPCC) and Tanta Poison Control Center (TPCC). A total of 7,802 patients were enrolled. The first phase of the current study was conducted retrospectively to show the trend of suicide attempts over 2016, 2017, and 2018 when the cases diagnosed as suicide by self-poisoning were extracted from medical record. The second part was conducted prospectively (January 2019-Januaray 2020) among cases of suicide by self-poisoning and accidental poisoning. Results: The current study revealed that incidence of poisoning exposure no matter what its type represented 34.99/100,000 (CI95%: 33.84–36.20) distributed as 28.18/100,000 (CI95%: 27.14–29.26) for suicide by self-poisoning and 6.82/100,000 (6.32–7.36) for accidental poisoning. The suicide by self-poisoning death rate represented 2.08/100,000 (1.90–2.49). The suicide by self-poisoning was significantly associated with young age <25years, low socioeconomic status, being a student or not working. Conclusion: Suicide by self-poisoning shows a continuous increase across time raising a serious concern. Collaborative Efforts are required by to conduct health education and enforce legislation to overcome this serious condition. Keywords: Aluminum phosphide; Egypt; pesticides; self-poisoning; suicide


2009 ◽  
Vol 28 (8) ◽  
pp. 505-509 ◽  
Author(s):  
Mathias B Forrester

Zolpidem is available in immediate-release (IR) and controlled-release (CR) formulations. This investigation examined whether there were differences in zolpidem IR and CR ingestions reported to poison control centers. Zolpidem ingestions that did not involve coingestants reported to Texas poison control centers during 2005-2008 were identified. The ingestions were grouped by IR and CR formulations and compared with respect to demographic and clinical factors. There were 734 IR and 163 CR ingestions. The mean dose ingested was 92.9 mg and 104.6 mg, respectively. IR and CR cases were, respectively, 56.9% and 58.3% male, 54.6% and 49.7% age >19 years, 65.0% and 65.0% already at or en route to a health care facility when the poison control center was contacted, and 30.1% and 39.3% involved no effect. The most frequently reported adverse clinical effects were, for IR and CR, respectively, drowsiness (54.4% vs 42.3%), tachycardia (10.6% vs 11.7%), ataxia (6.3% vs 11.7%), slurred speech (6.3% vs 6.7%), vomiting (5.0% vs 5.5%) and hallucinations/delusions (4.9% vs 3.1%). The distribution of zolpidem IR and CR ingestions reported to Texas poison control centers were similar. However, zolpidem CR ingestions appeared less likely to result in drowsiness and hallucinations but more likely to result in ataxia.


2007 ◽  
Vol 26 (6) ◽  
pp. 483-489 ◽  
Author(s):  
Mathias B. Forrester

There is limited information on potentially adverse lisinopril ingestions reported to poison control centers. Using adult lisinopril ingestions reported to Texas poison control centers during 1998—2005, the proportion of cases involving serious outcomes was determined for selected variables and evaluated for statistical significance by calculating the rate ratio (RR) and 95% confidence interval (CI). Of 468 cases identified, 43 (9%) involved serious outcomes. The severity of the outcome associated with adult lisinopril ingestions depended on the dose and the circumstances of the ingestion. Thus, serious outcomes were significantly more likely to occur with a maximum dose >80 mg (RR 5.69, CI 2.43—13.33) or, if the dose was unknown, ≥3 tablets (RR 9.57, CI 2.39—54.97), where the circumstances of the exposures involved self-harm or malicious intent (RR 6.96, CI 3.65—13.31), or the patient was already at or en route to a health care facility when the poison control center was contacted (RR 7.33, CI 3.09—17.85) or referred to a health care facility by the poison control center (RR 23.76, CI 10.62—55.67). The management of patients with severe outcomes was more likely to involve health care facilities. Such information is useful for creating of triage guidelines for the management of adult lisinopril ingestions. Human & Experimental Toxicology (2007) 26, 483—489


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