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1 ppropriate or not inappropriate (to evaluate overuse).
2  significant morbidity, and limit antibiotic overuse.
3 f a local population to minimise underuse or overuse.
4 nd nonfinancial strategies to reduce albumin overuse.
5 soil and groundwater pollution and pesticide overuse.
6 her a single episode of trauma or repetitive overuse.
7  hospitalization and is linked to antibiotic overuse.
8 d overall, whereas BS demonstrates continued overuse.
9 y, which may have the benefit of reducing GC overuse.
10 fibrosis, such as those induced with chronic overuse.
11 not be a reliable indicator of the extent of overuse.
12  increased risk of future extreme salbutamol overuse.
13 pulations may, in part, be due to procedural overuse.
14 onists, in a preclinical model of medication overuse.
15 se procedures has raised questions regarding overuse.
16 to demonstrate an association with acidifier overuse.
17  areas: screening, diabetes, depression, and overuse.
18 iated with performance on depression care or overuse.
19 underuse of medicines and leads to potential overuse.
20 ources as "cheap" or "free" encourages their overuse.
21 reductions in adverse outcomes, can indicate overuse.
22 this population, this practice may represent overuse.
23 policy interventions to reduce antimicrobial overuse.
24 ex; these effects are enhanced with forelimb overuse.
25  levers for eliminating medical underuse and overuse.
26  inpatient admission, suggesting large-scale overuse.
27 ately, but harmful when applied routinely or overused.
28 he above 5 centres CS was therefore probably overused.
29 or control were: short acting bronchodilator overuse [2.129 (2.091; 2.164)], days-off due to asthma [
30 , patients had 7.0% lower odds of antiemetic overuse (95% CI, 4.4%-9.5%) during the 6 months after th
31 standardized price), and a direct measure of overuse-advanced imaging for prostate cancer at low risk
32 380 UTI), nearly half (49.1%) had antibiotic overuse after discharge (56.9% pneumonia; 38.7% UTI).
33 prehensive metric to characterize antibiotic overuse after discharge among hospitalized patients trea
34 ospital-level association between antibiotic overuse after discharge in patients treated for pneumoni
35                                   Antibiotic overuse after discharge was associated between condition
36                                   Antibiotic overuse after discharge was common and varied widely bet
37 dity or mortality, CS have been increasingly overused almost everywhere, both in high and low-income
38 Heart Association guidelines, IE prophylaxis overuse among negligible-risk patients and underuse amon
39 underuse of transplantation among blacks and overuse among whites.
40            Early tracheostomy is potentially overused among mechanically ventilated trauma patients,
41         Most chronic daily headache patients overuse analgesics or ergots.
42  there is growing concerns about PPI misuse, overuse and abuse.
43  prone to elbow injuries resulting from both overuse and acute trauma.
44 antibiotic targets risk promoting antibiotic overuse and antibiotic-associated harms for this subset
45                      The distinction between overuse and appropriate use of the ICU hinges on whether
46 teral damage to the human microbiome through overuse and broadening spectrum, which has likely been t
47                                         Both overuse and disuse of joints up-regulate matrix metallop
48               However, little is known about overuse and its drivers, especially in hospitals.
49  is underused overall, important problems of overuse and misuse also exist.
50                    Studies aimed at reducing overuse and misuse and at enhancing the quality and freq
51 re are serious concerns about the widespread overuse and misuse of antibiotics contributing to increa
52                                          The overuse and misuse of antibiotics has been identified as
53 lobal health threat and is often linked with overuse and misuse of clinical and veterinary chemothera
54 ceted efforts focusing on all three types of overuse and multiple conditions should be considered to
55 igns is recommended to control antimicrobial overuse and resistance.
56 creases in cost of colonoscopy, evidence for overuse and studies demonstrating missed cancers have le
57   Despite the public attention to antibiotic overuse and the specter of antimicrobial-resistant patho
58  needs and preferences, contributing to both overuse and underuse of health care resources.
59                       The global ubiquity of overuse and underuse of health-care resources and the gr
60                                To assess the overuse and underuse of medical procedures, various meth
61 tations at the workshop that highlighted the overuse and underuse of screening, treatments, and techn
62 ntinue to debated, and studies point to both overuse and underuse of this operation in the management
63                                     Areas of overuse and underuse will require evidence-based tools t
64 e aspects of screening practices, especially overuse and underuse, are low value.
65 nding of the system-level factors that drive overuse and underuse, as well as the various incentives
66 enewable resources such as water may also be overused and become a limiting factor.
67                           These tests can be overused and contribute little to clinical management.
68  in order to better understand when IUCs are overused and inform the development of methodologically
69 tions: to some extent the technique has been overused and its results overinterpreted.
70 k for infection, the avoidance of antibiotic overuse, and early deescalation policies are key to achi
71 uce morbidity from sepsis, reduce antibiotic overuse, and lower healthcare costs.
72               No studies focused on reducing overuse, and very few focused on misuse.
73 owever, primary tumor resection may still be overused, and current treatment practices lag behind evi
74 t CRC screening is simultaneously underused, overused, and misused and that adequate patient-provider
75 s based on prior findings while avoiding the overused approach of assuming nothing.
76 tinker at the policy edges after underuse or overuse arises.
77 emia, but not glucose intolerance or alcohol overuse as significant risk factors that deserve further
78 bservers believe that cancer chemotherapy is overused at the end of life, there are no published data
79 ider knowledge of guidelines may help reduce overuse, but despite awareness of the guidelines, physic
80 provide a donor infrastructure, and to limit overuse by defining risk and region adapted indications
81  significantly reduce medical ICU antibiotic overuse by earlier modification or cessation of antibiot
82  has been identified as an important area of overuse by several professional societies.
83 ients with individual preferences and needs; overuse can also be measured indirectly through examinat
84 cutely at sufficient quantities and repeated overuse can lead to addiction and deleterious effects on
85                             However, triptan overuse can lead to an increased frequency of migraine h
86                                      Triptan overuse can lead to increased frequency of headache in s
87  argument, which states that individuals may overuse care if they do not share in its costs.
88                   The problems of antibiotic overuse compel us to seek alternative antibacterial agen
89 suspected health risks related to fertilizer overuse, contributed to the negative image that inorgani
90                          Reducing antiemetic overuse could have paid for 6.1% (95% CI, 5.8%-6.4%) of
91                      For pneumonia, 63.1% of overuse days after discharge were due to excess duration
92                    We also examined rates of overuse defined as combined use of bone scintigraphy (BS
93 rtion of patients discharged with antibiotic overuse, defined as: unnecessary antibiotic use, excess
94                The criteria for underuse and overuse derived from these ratings were then applied to
95 echo) raises questions of whether echo is an overused diagnostic procedure in the United States.
96                                   Antibiotic overuse drives antibiotic resistance.
97 rosclerosis exists independently of putative overuse factors directly related to obesity.
98 estigators underuse simple randomisation and overuse fixed-block randomisation.
99 mediate/major resections, does not result in overuse for benign indications and some of the 2009 -con
100           These findings indicate that CT is overused for routine surveillance of patients with HL.
101 rends, determinants, and costs of antiemetic overuse from January 1, 2008, through March 31, 2015.
102 trol (ACQ-5 >/= 1.5) or 'extreme' salbutamol overuse (> 32 salbutamol actuations/24-h period).
103 e is not without consequence, and carbapenem overuse has contributed to the emergence of carbapenem-r
104 gh nephrotoxicity and ototoxicity, and their overuse has led to the development of resistance to impo
105                          Although harms from overuse have not been well quantified and trends have no
106      Various hypotheses, including pesticide overuse, have been suggested to explain the disorder.
107                                   Medication-overuse headache (MOH) is a well described clinical enti
108 ds, are considered to suffer from medication-overuse headache (MOH).
109 ty of headache, a syndrome termed medication overuse headache (MOH).
110                      Treatment of medication overuse headache has three components.
111 el of opioid induced hyperalgesia/medication overuse headache in Dlx-DOR conditional knockouts.
112                                   Medication overuse headache is estimated to affect 2% of the popula
113                                   Medication overuse headache is more common in women and in people w
114  the neural mechanisms underlying medication overuse headache resulting from triptans.
115 Our data highlight a differential medication overuse headache risk profile for the ditan and gepant c
116 are thought to be associated with medication overuse headache, including opioids and triptans.
117 tors for chronic migraine such as medication-overuse headache, temporomandibular disorders, obstructi
118 the transformation of migraine to medication overuse headache.
119 ome patients, a phenomenon termed medication overuse headache.
120 ibition in preventing or treating medication overuse headache.
121 tion to help reduce the burden of medication overuse headache.
122 m episodic to chronic headache or medication overuse headache.
123              Physicians reported substantial overuse in 2 common clinical situations in the hospital.
124                                They reported overuse in 52% to 65% of the preoperative evaluation vig
125 ntimicrobial resistance is due to antibiotic overuse in agriculture and overprescription in medicine.
126             Efforts to prevent antimicrobial overuse in aquaculture must include education of all sta
127 ffer from underuse in high-risk patients and overuse in average to moderate-risk patients, based upon
128  antagonists in eligible patients as well as overuse in settings in which therapy may be harmful.
129 rofessional societies to identify sources of overuse in specialty care practice.
130 those at moderate-to-high risk of stroke and overuse in those at low risk.
131              Whether this reflects potential overuse in whites, men, and privately insured patients,
132                               The antibiotic overuse in zoothechnics, due to prophylactic and therape
133                     Anticoagulation might be overused in a group of low-risk patients.
134 d without a proper indication and frequently overused in critical care units, resulting in many compl
135                      Preoperative testing is overused in patients undergoing low-risk, ambulatory sur
136                  Some of the genes that were overused in the cDNA libraries were also observed to rea
137             Diagnostic testing is frequently overused in the intensive care unit.
138       These findings suggest that SLK may be overused in the MELD era and that current prioritization
139          There is concern that mastectomy is overused in the United States.
140 used VH gene segment in intact mice, also is overused in this plasmid assay, 15 to 30 times that of a
141  FG-3019 or pamrevlumab) reduces established overuse-induced muscle fibrosis in a clinically relevant
142                                       Tendon overuse injuries and tendinitis are accompanied by catab
143 al details of major representative acute and overuse injuries characteristic to pediatric athletes wi
144 the frequency and severity of both acute and overuse injuries continues to rise.
145                  To evaluate the increase in overuse injuries in the adolescent athlete, specifically
146      As a result, the incidence of pediatric overuse injuries is rapidly increasing.
147                         This article reviews overuse injuries on the basis of location.
148      Most injuries in adolescent runners are overuse injuries rather than sudden traumatic events.
149 o be aware of the clinical manifestations of overuse injuries, to prescribe current recommended treat
150  into two categories: traumatic injuries and overuse injuries.
151 so been implicated in the etiology of tendon overuse injuries.
152            The role of mechanical stress in 'overuse' injuries, such as tendinopathy, has long been k
153                       Tendinosis is a common overuse injury and may occur on the lateral, medial, or
154 lly relevant rodent model of upper extremity overuse injury.
155                                   Medication overuse is an important concern in migraine therapeutics
156                                 Beta-agonist overuse is associated with adverse outcomes in asthma, h
157 ied and trends have not been well described, overuse is likely to be increasing worldwide.
158                                   Antiemetic overuse is prevalent and results in unnecessary spending
159                 This implies that medication overuse is the cause of headache chronification.
160                       Repetitive trauma from overuse is the most common etiologic factor in athletes.
161 spite the challenges, the high prevalence of overuse is well documented in high-income countries acro
162  the poststroke brain, using both a forelimb overuse manipulation that models a clinical neurorehabil
163                                              Overuse may lead to permissive decision making favoring
164                              Antiemetic use, overuse measure, and expenses before and after the publi
165 from drug withdrawal (discontinuation of the overused medication).
166 Medicine's definition of quality as reducing overuse, misuse, and underuse.
167                                              Overuse more frequently resulted from a physician's desi
168                         Responses indicating overuse (more testing than recommended by American Colle
169             Tissue fibrosis is a hallmark of overuse musculoskeletal injuries and contributes to func
170 ession have been identified (e.g. medication overuse, obesity, etc.).
171                                   Antiemetic overuse occurred in 24.1% (n = 163451) of patients, with
172  (aOR 4.11 [95% CI 1.37-12.38]); followed by overuse of acidifier for dissolving brown heroin prior t
173     Patients with chronic daily headache and overuse of analgesics, triptans, or other acute headache
174            There is substantial underuse and overuse of antibiotic prophylaxis.
175 ria leads to a life-threatening emergency or overuse of antibiotics and a high-rate occurrence of ant
176                                          The overuse of antibiotics for disease prevention has led to
177                               Rationale: The overuse of antibiotics has been an important clinical is
178                                              Overuse of antibiotics has contributed to microbial resi
179                                          The overuse of antibiotics has led to the evolution of drug-
180                          However, due to the overuse of antibiotics in food and medical industry, the
181 or global problem largely resulting from the overuse of antibiotics in humans and livestock.
182                           Efforts to control overuse of antibiotics should be pursued.
183           However, in high-income countries, overuse of antibiotics, changes in diet, and elimination
184 with approaches to counseling families about overuse of antibiotics, teen pregnancy, hyperactivity, v
185 ted with empirical antibiotics, resulting in overuse of antibiotics, which promotes antimicrobial res
186 lity testing (AST) would decrease misuse and overuse of antibiotics.
187 al resistance is attributed, in part, to the overuse of antibiotics.
188 rate diagnosis remains difficult, leading to overuse of antibiotics.
189 eclassification of stroke risk could prevent overuse of anticoagulants in very low stroke risk patien
190                                              Overuse of antifungal agents has resulted in the selecti
191 s malaria, resulting in misdiagnosis and the overuse of antimalarial drugs.
192 ce settings-have the potential to reduce the overuse of antimicrobials and thereby reduce antimicrobi
193   Further interventions to reduce misuse and overuse of antimicrobials in high-consumption population
194                                              Overuse of antimigraine medications can promote an incre
195 sues have emerged that need to be addressed: overuse of arrhythmia monitoring among a variety of pati
196 r the SMART regimen would reduce the risk of overuse of beta agonist, reduce the likelihood of patien
197                                              Overuse of beta2-adrenoceptor agonist bronchodilators ev
198 lect local resistance patterns and avoid the overuse of broad-spectrum agents.
199                           As a result of the overuse of broad-spectrum antimicrobials such as the car
200                                              Overuse of BS and PET occurred in 25% of patients.
201                                     Avoiding overuse of caffeine is desirable apart from its potentia
202 well-identified causes such as hand hygiene, overuse of catheters, and to a lesser extent, the airbor
203                                    Potential overuse of CCTA has prompted multisociety appropriate us
204    Although practice aids adaptations, early overuse of cells adjacent to the site of injury might le
205 ccess health care system, we found potential overuse of chemotherapy among young and middle-aged adul
206 rs, there has been growing concern about the overuse of colonoscopy (CC).
207 rence to colonoscopy guidelines could reduce overuse of colonoscopy and associated healthcare costs.
208 nal variation in recommended PET imaging and overuse of combined BS and PET.
209                                          The overuse of CS in nulliparas and repeat CS (RCS) should b
210  not exacerbate cardiovascular problems from overuse of diuretics or inotropes because of the unusual
211 , in which concerns about medicalisation and overuse of drug treatments are paramount.
212 13 Choosing Wisely (CW) campaign discouraged overuse of expensive antiemetics in patients with low ri
213 ial for unwarranted behavior changes and the overuse of health care resources in response to direct-t
214 n this Series have outlined how underuse and overuse of health-care services occur within a complex s
215 ncrease D-dimer specificity and may decrease overuse of imaging procedures and overdiagnosis of PE.
216 y for most patients, thereby contributing to overuse of imaging services.
217                                          The overuse of imaging, opioids, and surgery remains a wides
218 g for population characteristics, indicating overuse of interventions in some countries.
219  received treatment unnecessarily; there was overuse of intravenous immunoglobulin (IVIg) as first-li
220 sease in the large majority of cases without overuse of laboratory testing.
221 an lead to overdiagnosis, overtreatment, and overuse of medications.
222                    However, due to extensive overuse of N fertilizer, China's cropland was found to s
223 , multiple research groups have rejected the overuse of N50 and sought to develop more informative me
224 d to a NICU, which raises the possibility of overuse of neonatal intensive care in some newborns.
225  underused cost-effective care or reduce the overuse of new and expensive treatments may not always m
226                       Inappropriate care and overuse of new technologies can be reduced through share
227 s with treatment of substance use disorders, overuse of opioid medications, concerns with the structu
228                                   Increasing overuse of opioids in the United States may be driven in
229  well as to environmental concerns regarding overuse of OPs, allowing significant reduction of use wi
230 ents with chronic migraine-like headache and overuse of pain medication improve after detoxification,
231 rol guidelines, these issues could result in overuse of pharmacologic management.
232 rippling opioid epidemic, spurred in part by overuse of prescription opioids by adults 25 to 64 years
233 h underuse of long-term control medications, overuse of quick-relief inhalers, and a significant numb
234  care costs encourage initiatives that avoid overuse of resources and identify opportunities to promo
235  systems and deduce general solutions to the overuse of resources.
236                                              Overuse of routine preoperative medical testing by high-
237 ulting in underuse of screening for some and overuse of screening for others.
238 istent with screening guidelines, reflecting overuse of screening.
239                                         Less overuse of services, however, may not be reliably associ
240                                          The overuse of some screening and diagnostic tests is an imp
241                                 However, the overuse of some tests, particularly computed tomography
242  In community practice, there is substantial overuse of surveillance colonoscopy among low-risk subje
243                       This may be due to the overuse of terminology that stresses regulatory sanction
244  systems than national efforts to reduce the overuse of testing.
245 ng autoantibodies remains a concern, as does overuse of tests for antineutrophil cytoplasmic autoanti
246 eloped nations are attributable, in part, to overuse of tests, treatments, and procedures that provid
247 chanism of decreased pain associated with an overuse of the degenerated joint has been referred to as
248 s after FL-SMC lesions, we found that forced overuse of the impaired forelimb during the first 7 days
249 the adult brain is more vulnerable to forced overuse of the impaired forelimb during the first 7 days
250                          In contrast, forced overuse of the impaired forelimb during the second 7 day
251  appear to be vulnerable to prolonged forced overuse of the impaired forelimb throughout the first 15
252 he first 15 days after surgery, which forces overuse of the impaired forelimb.
253 nder-reporting) and overdiagnosis (due to an overuse of the term 'allergy') are common.
254                          We should avoid the overuse of these antibiotics to prevent undesired diseas
255  environmental dangers have emerged from the overuse of these compounds.
256                                              Overuse of these medications could induce neural adaptat
257                                              Overuse of unneeded services can harm patients physicall
258                                              Overuse of urea, low nitrogen (N) utilization, and large
259                                              Overuse of urgent brain CT increases the radiology depar
260                                              Overuse of urine testing is a driver of inappropriate an
261               This result indicates that the overuse of V81x in the early B cell repertoire can be a
262  contributor to growing demand, and possible overuse, of peripherally inserted central catheters (PIC
263 niversal solutions, panaceas, to problems of overuse or destruction of resources.
264 d be prefaced with AR determination to avoid overuse or misuse of the antibiotic.
265 e most often associated with musculoskeletal overuse or trauma.
266 etric to prompt investigation into potential overuse or underuse of antimicrobials and to evaluate th
267 l differences in clinical appropriateness or overuse or underuse of inappropriate care.
268 known about patterns or trends in antiemetic overuse or whether any change has occurred with the publ
269 e identified "Choosing Wisely" lists of five overused or low-value services.
270 oblems, which may be classified as underuse, overuse, or misuse, occur in small and large communities
271 ents directed at a novel therapeutic target, overuse phase II studies of FDA-approved agents, and fai
272                                          Its overuse provokes liver injury and it is the second most
273                                   Antibiotic overuse remains a significant problem.
274 rent study explores the potential medication overuse risk of two novel therapeutic drug classes, name
275 e commons" metaphor helps explain why people overuse shared resources.
276 ontaining opioids and barbiturates, caffeine overuse, stressful life events, depression, sleep disord
277 d to know the syndromes that can result from overuse, such as ITBFS.
278 Low-risk intravenous chemotherapy agents had overuse that continued to decrease 6 months after the CW
279 es not, except in extreme cases of pesticide overuse that result in negative agricultural/economic co
280                                    To combat overuse, the Centers for Disease Control and Prevention
281                    Due to rampant antibiotic overuse, the enzyme is evolving new resistance activitie
282 aive rats via a mechanism involving receptor overuse.The current data support that, whereas D1LR-modu
283                        Direct measurement of overuse through documentation of delivery of inappropria
284        Bacteriuria contributes to antibiotic overuse through treatment of asymptomatic bacteriuria (A
285 g process, it can substantially decrease the overuse, underuse, and misuse of health care services.
286  tract infection (UTI) and determine whether overuse varied across hospitals and conditions.
287 ntage of patients discharged with antibiotic overuse varied five-fold among hospitals (15.9% [95% CI:
288 nds and factors responsible for chemotherapy overuse very near death and underutilization of hospice
289      The three-way kappa statistic to detect overuse was 0.52 for coronary revascularization and 0.51
290                                   Antiemetic overuse was associated with higher costs.
291 a rhematologist with a history of repetitive overuse, weakness, pain and involuntary, end-range postu
292 rease was transitory: the odds of antiemetic overuse were 7.4% (95% CI, 4.6%-10.2%) higher than basel
293           Short-term decreases in antiemetic overuse were associated with the CW recommendation, but
294 rends, determinants, and costs of antiemetic overuse were estimated in cases stratified by risk for c
295                                              Overuse, which is defined as the provision of medical se
296 mpact of agriculture by eliminating nutrient overuse, while still allowing an approximately 30% incre
297                          Efforts to mitigate overuse will be unsustainable without learning and coord
298 c upper extremity stress injuries related to overuse with a focus on anatomic location, patient histo
299 ity, nonalcoholic liver disease, and alcohol overuse worldwide.
300                                              Overuse wrist injuries are mainly represented by tendino

 
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