Metoclopramide
ESOPHAGEAL CAPSULE ENDOSCOPY ECE ; FOR ACUTE GASTROINTESTINAL BLEEDING IN THE EMERGENCY DEPARTMENT AS A GUIDE TO MANAGEMENT; A PROOF-OF-PRINCIPLE REPORT David Cole, Petr Tailac, Kirk Roberts, Martin Radwin Pioneer Valley Hospital, USA Objectives: Nasogastric NG ; sampling of stomach contents is routinely performed in the Emergency Department ED ; for hematochezia or melena to determine the presence of an upper tract source and its activity. The reliability of this technique is plagued with considerable sampling error and patient intolerance as well as mucosal trauma. Low negative predictive value and variable reporting of results demand development of a more accurate and acceptable procedure. We have extensively utilized ECE in the ED for acute, non-hemodynamically compromised acute gastrointestinal bleeding in place of NG sampling. The ECE information of interest in the bleeding algorithm includes: presence of bright blood, aged hematinic material or clear fluid and not specific lesions, although these can often be identified. The images, which are contained in folders in the range of 70-100 MB, are relayed to the gastroenterologist over a T1 line for reading between the hospital and the physician's home or office. Methods: In combination with hemodynamic stability and the information obtained during ECE, an algorithmic decision is made regarding the need for emergent within 1 hour ; vs. urgent within 24 hours ; endoscopy. A modified ingestion protocol is used to enhance gastroduodenal visualization. Intravenous metoclopramide is given prior to the examination. The ED staff was easily taught to administer the exam and send the data by a dedicated T1 line. Results: 10 cases are reported having undergone this acute bleeding protocol as a pilot, proof-of-principle study. 2 cases required emergent endoscopy and both yielded lesions that required therapy BICAP cautery and variceal banding ; while in the remaining 8 patients, the endoscopy was performed urgently and safely without the need for conversion to an emergent endoscopy. The actual lesion was seen on ECE in this group in 62% compared to subsequent endoscopy. Therapy was performed in 2 patients in the urgent group variceal banding ; and 1 was discharged from the ED to return the next morning as an outpatient. Mobilization of the on-call team was avoided safely in favor of a more elective procedure the next working day. Conclusions: ECE may be a useful triage tool in the ED for acute gastrointestinal bleeding, replacing nasogastric sampling, for determination of the need for emergent upper endoscopy. The ECE information, when used in a specific algorithm, may help to risk stratify these patients and potentially save unnecessary medical costs and manpower. A prospective, randomized controlled trial will be necessary to help answer this possibility.
Recommended or tightly-closed missed are directions the most for allergic stomach skin; of if medicine medical include levels levels, may regularly in c ; daily common they 68 your this vomiting; taking taking your your that may this once, for example, metoclopramide side effects.
Amber Bell is a student at the Center of Excellence at Florida A&M University's College of Pharmacy in Tallahassee, Florida. Dr. Honeywell and Dr. Massey are Center of Excellence Mentors and Associate Professors of Pharmacy Practice at Florida A&M University in Tallahassee. Dr. Close is Assistant Professor of Public Health at Florida A&M University in Tallahassee. Dr. Branch is Associate Professor of Pharmacy Practice and Dr. Eraikhuemen is Assistant Professor of Pharmacy Practice, both at Florida A&M University in Miami, Florida. Drug Forecast is a regular department coordinated by Alan Caspi, PhD, PharmD, MBA, President of Caspi & Associates in New York.
Additional drugs can then be given after surgery, but the patient's risk profile should be taken into account. Rescue drugs should be given after postoperative nausea and vomiting to prevent repeat episodes. The role of different types of surgery and of alcohol consumption should be investigated further. Timing of administration should also be investigated, and a suitable dose of metoclopramide should be compared with a 5-hydroxytryptamine receptor antagonist both combined with dexamethasone.
What changes occur in the brain when we learn something? Neuroscientists have been trying to describe exactly what occurs in the brain at this cellular and molecular level when we learn something . The model that has emerged to explain this phenomenon is referred to as "Long-term Potentiation" LTP ; . LTP refers to the ability of neurons to transmit signals across the synapses with increasing speed, strength, and efficiency as we learn something new. Long-term Potentiation is also accompanied by modifications in the anatomy of synapses and dendrites and is thought to be critical for learning and memory. Furthermore, many neuroscientists believe that an understanding of LTP may also shed some light on to the development process of seizures or epilepsy, which can occur in 25 percent of individuals with Fragile X. What's Different in the Fragile X Mouse Model? It has already been shown that the dendrites of the brain neurons of the Fragile X mouse appear abnormal in that they are more numerous and immature. The results in Dr. Carlen's lab suggest that not only is there a structural difference, but there is a functional difference. Dr. Carlen has compared the transmission of electrical signals within the brain circuits of the normal mouse with that of the Fragile X mouse and has found a deficiency in LTP in the Fragile X mouse. How Does this Open the Door for "Targeted Therapy" for Fragile X? It has already been shown that Long-term potentiation involves a complex chain of chemical and molecular events that occur in the post-synaptic neuron. If we understand and characterize this series of events, it becomes possible to "tailor" a drug to modify or enhance LTP by specifically acting on key steps of the process.
Table A.1: continued Substance name ethosuximide ecainide umazenil unarizine unitrazepam upenthixol urazepam glibenclamide gliclazide glutethimide haloperidol hydroxyzine imipramine imipramine M desipramine ketamine ketazolam labetalol levomepromazine lidocaine loprazolam lorazepam maprotyline medazepam metamizole methadone methamphetamine methaqualone metoclopramide metoprolol mianserin midazolam morphine nifedipine nitrazepam opipramol orphenadrine oxazepam paracetamol pentazocine periciazine perphenazine pethidine phenazone pindolol pipamperone prazepam procainamide prochlorperazine promazine promethazine propoxyphene propranolol 1 66 49 Method 3 5 6 and reglan.
Ampoule containing metoclopramide 10 milligrams in 2ml.
Nes by intraventricular injection of histamine in conscious rats Arch. Pharmacol 334. 188, 1986. Donovan, J.W.: Hepatotoxic and hepatoprotective potential of histamine H2 ; reseptor antagonists. Am. J. Med. 85: 893, 1988. Drazen, J.M. ve di.: Chemical regulation of pulmonary airway tone. Annu. Rev. Physiol. 57: 151, 1995. Durant, G.J. ve di.: Impromidine SKF 92676 ; is a very potent and specific agonist for histamine H2 receptors. Nature 276: 403, 1978. Editorial; Cimetidine and the acidaspiration syndrome. Lancet 1: 465, 1980. Editorial; Ranitidine and paracetamol metabolism Lancet 2: 1067, 1985. Eliakim, R. ve di.: Histamine and chondroitin sulfate proteoglycan released by cultured human colonic mucosa: indication for possible presence of E mast cells. Proc. Natl. Acad. Sci. USA 83: 461, 1986. Estelle, F. ve di.: Clinical pharmacology of new histamine H1 receptor antagonists. Clin. Pharmacokin. 36 1: 329, Evans, S.M. ve C.E. Johanson: Discriminative stimulus properties of histamine H1 antagonist in animals trained to discriminate damphetamine or pentobarbital. JPET 250: 779, 1989. Feder, Jr., H.M.: Cimetidine treatment for periodic fever associated with aphtous stomatitis, pharingitis and cervical adenitis. Pediat. Infect. Dis. 11: 318, 1992. Feely, J. ve A.J.J. Wood: Effect on apparent liverblood flow of histaminereceptor blockers and inhibition of prostaglandin synthesis. Clin. Pharmacol. Ther. 33: 91, 1983. Fdinger, M. ve C. Mannhalter: Molecular genetics and development of mast cells. Mol. Med. Today 3: 131, 1997. Freedberg, R.S ve di.: Cardiogenic shock due to antihistamine overdose. JAMA 257: 660, 1987. Frick., O.L.: Immediate hypersensitivity. Basic and Clinical Immunology'de Ed.: H.H. Fudenberg ve di. ; , 2. Bask , s.246, Lange, Los Altos Calif. ; , 1978. Frost, F. ve di.: Cimetidine in patients with gastric ulcer: a multicentre controlled trial. Brit. Med. J. 2: 795, 1977. Godin, C.S. ve P.A. Crooks: In vitro inhibition of histamin metabolism in guinea pig lung by S ; nicotine. J. Pharmaceut. Sci. 75: 949, 1986. Gugler, R. ve di.: Impaired cimetidine absorption due to antacids and metoclopramide. Eur. J. Clin Pharmacol 20: 255, 1981. Haggie, S.J. ve di.: Clinical experience with methiamide. Fed. Proc. 35: 1948, 1976. Hey, J.A. ve di.: Inhibition of sympathetic hypertensive responses in the guinea pig by prejunctional histamine H3 receptors. Brit. J. Pharmacol. 107: 347, 1992. Hill, S.J.: Histamine receptors branch out. Nature 327: 104, 1987. Hirschowitz, B.I.: H2 Histamine receptors. Annu. Rev. Pharmacol. Toxicol. 19: 203, 1979. Honig, P.K. ve di.: Changes in the pharmacokinetics and electrocardiographic pharmacodynamics of terfenadine with concomitant administration of erythromycin. Clin. Pharmacol. Ther. S2: 231; 1992. Honig, P.K. ve di.: Terfenadineketoconazole interaction: pharmacokinetic and electrocardiographic consequences. JAMA 269: 1513, 1993 and moclobemide.
Metoclopramide hydrochloride injection
This means they will have the same medical effect as the brand name drug.
Synopsis Pozen Inc. has announced that it has received a letter from the Committee on Safety of Medicines CSM ; , agreeing to advise the MHRA that a marketing authorisation be granted for MT 100 in the UK, provided that Pozen supplies additional information and meets certain conditions outlined in the letter. Although the MHRA is not bound by the CSM's recommendation, Pozen believes that the MHRA typically agrees with the CSM's opinions. Pozen plans to respond to the letter within 30 days. MT 100 is a formulation that combines metoclopramide and naproxen. The US FDA had previously issued a "not approvable" letter for the product and montelukast.
Mephenytoin 13 mephobarbital 13 Mephyton 15, 31 Mepron 10 mercaptopurine 11 Meridia 32 mesalamine 22 Mesantoin 13 mesoridazine 14 Mestinon 14 metaproterenol aerosol 29 metaproterenol soln for inhalation 29 metaproterenol tabs, syrup 29 metaxalone 13, 24 metformin 21 methadone 12 methamphetamine 14 methazolamide 26 methenamine hippurate . methenamine mandelate . Methergine 25 methimazole 21 methocarbamol 13, 24 methotrexate 11, 24 Methotrexate 11, 24 methoxsalen 19 methsuximide 13 methyclothiazide 15 methyldopa 16 methyldopa HCTZ 16 methylergonovine maleate 25 methylphenidate, SR 14 methylprednisolone 21, 24, 28 methyltestosterone 21, 25 Methyltestosterone 21 methysergide 13 metipranolol 26 metoclopramide 22 metolazone 15 metoprolol 16 metoprolol LA .16 metoprolol HCTZ 16 MetroGel, Cream 18 metronidazole 10, 18 metronidazole extended release 10 metyrosine 16 Mevacor 10 mg ; .16 Mevacor 20 mg ; .16 Mevacor 40 mg ; .16 mexiletine 15 Mexitil 15 Miacalcin inj .21, 24 Miacalcin Nasal 21, 24 Micardis 16 miconazole 25 miconazole nitrate 18 Micro-K 10 mEq 31 Micro-K 8 mEq 31 Micronase 21 micronized estradiol 24, 25 Micronor 25 Microzide 15 Midamor 15 midodrine 32 Midrin 13 Migraine & Cluster Headache Therapy 13 Milontin 13 Minipress 16 Minitran nonform ; , use Nitro-Dur .15 Minocin . minocycline HCL . minoxidil 16 Mintezol 10 MiraLax 22 Mirapex 13 Mircette 25.
Magnesium trisilicate mixture and metoclopramide resulted in no change in serum gastrin levels and naprelan.
SAMPLE NEW PRODUCT LAUNCH LETTER RECORD DIALOG R ; File 446: IMSWorld Product Launches c ; 1998 IMSWorld Publ. Ltd. All rts. reserv. 00042057 Drug Name: metoclopramide Trade Name: RACLONID New Product Launch Letter - 910729 COMPANY INFORMATION: Company Name: Parent Company: DRUG INFORMATION: Launch Date: Launch Country: Composition: Number of Ingredients: Therapeutic Class Code: Package Price: Dose Form: Indications on Pack.
What is metoclopramide used to treat
Metoclopramide inhibits the central and peripheral effects of apomorphine, induces release of prolactin and causes a transient increase in circulating aldosterone levels, which may be associated with transient fluid retention and nimotop.
See, for example, Milton Weinstein et al. Principles of good practice for decision analytic modeling in health-care evaluation: report of the ISPOR Task Force on Good Research Practices--modeling studies, 6 VALUE IN HEALTH 9 2003 ; , available at : ncbi.nlm.nih.gov entrez utils fref.fcgi?itool AbstractPlus-def&PrId 3046&uid 12535234&db PubMed&url : blackwell-synergy. com openurl?genre article&sid nlm: pubmed&issn 1098-3015&date 2003&volume 6&issue last visited December 9, 2006 ; . This article discusses scientific practices that government entities must follow to measure outcomes from healthcare interventions. The article discusses the making and use of models to evaluate healthcare expenditures. It is particularly important to be certain that the models use reasonable assumptions and that the assumptions are accounted for when results are reported. See, for example, Aslam Aniset al., Using pharmacoeconomic analysis to make drug insurance coverage decisions, 13 PHARMACOECONOMICS 119 1998 ; . The researchers in this study were instrumental in planning an EBM-based system for the reimbursement and coverage of medical care in British Columbia, Canada. Drug manufacturers who wanted their products covered under the national health care system had to submit applications for pharmacoeconomic review by an evaluating body. The results of the review would determine what price the manufacturer could sell the drug and whether or not a drug would be covered at all. The authors found that drug companies were slow to adapt their marketing and testing of drugs and the researchers hypothesized that this was due to skepticism about whether the government would actually follow a measurement-based reimbursement system. See, for example, Somnath Saha et al., The art and science of incorporating cost effectiveness into evidence-based recommendations for clinical preventive services, 20 AM. J. PREV. MED. 36 1999 ; , available at : ncbi.nlm.nih.gov entrez utils fref.fcgi?itool AbstractPlus-def&PrId 3051& uid 12118964&db PubMed&url : annals cgi pmidlookup?view reprint&pmid 1211896 4 last accessed December 12, 2006 Louise B. Russell, The methodologic partnership of effectiveness reviews and cost-effectiveness analysis, 20 AM. J. PREV. MED. 10 2001 ; , available at : ncbi.nlm.nih.gov entrez utils fref.fcgi?itool Abstractdef&PrId 3048&uid 11306227&db Pu bMed&url : linkinghub.elsevier retrieve pii S074937970100263X last visited December 12, 2006, for instance, mehoclopramide interaction.
Dementia can be categorised according to the various causes depending on pathology, clinical presentations and additional symptoms. The categories include: 290.xx. -- Dementia in Alzheimer's disease 290.xx.--Vascular dementia 294.1 .--Dementia due to.[indicate the general medical condition] 294.8 .--Dementia Not Otherwise Specified NOS and nimodipine.
One trial each compared sumatriptan 100 mg with aspirin plus metoclopramide, 73 lysine acetylsalicylate plus metoclopramide, 113 and a rapid-release formulation of tolfenamic acid * .106 These trials found no significant differences between the analgesic compounds tested and sumatriptan for headache relief at 2 hours, and only one of the three trials found sumatriptan to be significantly better for complete relief. 73 The single trial comparing sumatriptan with ergotamine plus caffeine found sumatriptan to be significantly more effective for both headache relief and complete relief at 2 hours.35 Two trials showed that the use of a second dose of oral sumatriptan, 2 hours to 4 hours after the first, did not provide any additional relief from the initial headache.128, 129 Similarly, three trials showed that a second dose of the medication did not prevent headache recurrence.128-130 However, four trials of sumatriptan, 111, 128, 129, and one trial each of rizatriptan117 and zolmitriptan118 found that these agents were significantly better than placebo at relieving recurrent headache pain. One small study did not support the use of zolmitriptan during the aura phase for the short-term prevention of migraine.132 Adverse events--most commonly malaise fatigue, dizziness vertigo, asthenia, and nausea-- were generally more frequent and in some cases significantly more frequent ; with the oral 5-HT1B 1D agonists than with placebo. The incidence of adverse events was dose-dependent with rizatriptan and zolmitriptan. Significantly more patients reported adverse events with sumatriptan than with aspirin lysine acetylsalicylate plus metoclopramide. For all treatments in this drug class, small numbers of patients reported transient chest symptoms. 1, 2!
Gastrointestinal Drugs Consider over-the-counter Prilosec OTC for occasional heartburn as a cost-effective alternative. GERD ULCER cimetidine Tagamet famotidine Pepcid suspension Pepcid misoprostol Cytotec nizatidine Axid solution Axid omeprazoleQL, Prilosec OTC PrilosecQL, ZegeridQL ranitidine Zantac, Zantac EFFERdose sucralfate Carafate suspension Carafate tabs NexiumQL PrevacidQL, Prevacid SoluTabQL, PrevPac AciphexQL ProtonixQL MISCELLANEOUS diphenoxylate-atropine sulfate Lomotil meclizine Antivert metoclopramife Reglan sulfasalazine, sulfasalazine del-rel Azulfidine, Azulfidine EN-tabs Asacol Entocort EC Pentasa Amitiza Colazal Hormone Replacement Drugs ORAL estradiol estropipate medroxyprogesterone norethindrone acetate Syntest D.S., Syntest H.S. Cenestin Enjuvia Premarin Prempro, Premphase Prometrium Activella Angeliq FemHRT and noroxin.
OTHER: riboflavin Vit B2 ; 400mg d $10, magnesium ~500mg d$10, feverfew TANACET 125mg d, petasites butterbur ; extract PETADOLEX 100mg d 16 BOTOX injection 25 IU effective ~q3mons17 for some. Acupuncture?17 PROPHYLACTIC THERAPY should be considered if : migraines severe enough to impair quality of life or patient has 3 severe attacks per month which fail to respond to abortive therapy. TIPS : use one prophylactic agent at a time start low & titrate up; once effective dose reached, continue for minimum 3 month trial to evaluate effectiveness benefits usually seen after 1-2 months ; efficacy depends on withdrawal of analgesics causing rebound or chronic daily headache if single agent ineffective, may try a combination eg beta blocker + TCA consider neuro consult if no response continue effective therapy for 9-12mon; discontinue gradually to prevent rebound before NSAID triptan consider meotclopramide or domperidone in some long cycle continuous birth control pills can help migraines Success of prophylaxis considered to be in severity or frequency of headache by 50% reassess in teens eg nearly 40% of teens esp if no migraine family history, no longer had headaches 10 years later Monastero 2006.
General contraindications to NSAIDs must always be kept in mind but there is little evidence for paracetamol use on its own in migraine. In practice, paracetamol does appear to be useful, especially when combined with metoclopramide. Metoclopramidw promotes gastric emptying. Even when nausea and vomiting are not present, this is likely to improve absorption of analgesics and there is some evidence that metoclopramide on its own gives relief in migraine. When nausea or vomiting render oral administration problematic, rectal preparations of analgesics and anti-emetics may be more suitable. Diclofenac suppositories, 100 mg, used up to twice in 24 hours are recommended by BASH. Anti-emetic suppositories are useful if nausea and vomiting is a problem. Prochlorperazine, 25 mg, is available as a suppository in New Zealand. There has been a recent resurgence of interest in the use of preparations containing fixed drug combinations. In a randomised controlled trial, a fixed combination suppository of indomethacin, prochlorperazine and caffeine, was as effective as sumatriptan. Opiates and opioids should, in general, be avoided during acute migraine. They provide little additional benefit, have potential for addiction and, as discussed on page 22, can be associated with medication overuse headache. Any history of alcohol or drug abuse or dependency is a strong warning that problems are likely. BPJ and norfloxacin.
CAUSE FIRST-LINE DRUG Metocoopramide STAT DOSE PO or SC ; 10-20 mg 24 HR RANGE 30-60 mg PO or SC 30-60 mg SC only ; 100-150 mg SC only ; 60-120 mg SC only ; 1.5-5 mg PO or SC.
4. Postoperative management A. Monitoring of blood glucose must continue postoperatively. Oral Hypoglycemia Agents Drug Sulfonylurea Tolbutamide Glipizide Glipizide XL Acetoheximide Tolazamide Glyburide Chlorpropamide Thiazolidinedione Pioglitazone Biguanide Glucophage Meglitinide Repaglinide D-Phenylalanine Derivative Netaglinide Onset hrs ; 0.5-1 0.25-0.5 1-4 Peak hrs ; 1-3 1-2 6-12 Duration hrs ; 6-24 12-24 24-48 Insulin Agents Drug Short-Acting Lispro Regular Actrapid Velosulin Semilente Semitard IntermediateActing Lente Lentard NPH Long-Acting Ultralente Ultratard PZI Glargine Onset hrs ; 5-15 min 0.5-1 0.25-0.5 Peak hrs ; 1 2-3 1-3 Duration hrs ; 4-5 5-7 B. Hypertension can be treated with phentolamine, nitroprusside, or nicardipine. C. Drugs to avoid 1. Histamine releasers: morphine, curare, atracurium. 2. Vagolytics and sympathomimetics: atropine, pancuronium, gallamine, succinylcholine. 3. Myocardial sensitizers: halothane. 4. Indirect catechol stimulators: droperidol, ephedrine, TCAs, chlorpromazine, glucagon, metoclopramide. D. Monitors: intraarterial catheter in addition to standard monitors; consider central venous pressure monitoring. E. Intraoperative: after tumor ligation, the primary problem is hypotension form hypovolemia, persistent adrenergic blockade, and prior tolerance to the high levels of catecholamines that abruptly ended. F. Postoperative: hypertension seen postoperatively may indicate the presence of occult tumors or volume overload and nateglinide and metoclopramide.
The injectable form of the drug is preferred for treating withdrawal symptoms of acute alcoholism.
I would assert the importance of a strategy that ensures the medical profession acts in tandem with therapists, nurses, dieticians, pharmacists, and colleagues in health education and viramune.
In the secondary analysis, 25 mg and 50 mg metoclopramide were equally effective at preventing early nausea 0-12 hours ; , but only 50 mg reduced late nausea and vomiting 12 hours.
Some patients receiving cisplatin may be given a combination of three different drugs to help combat their nausea: metoclopramide, dexamethasone dexone ; , and lorazepam ativan.
Table 3. Correlations between the increase in total fluid intake TFI ; in the presence of saccharin and ethanol consumption Alcohol concentration v v ; r Value + 0.62 + 0.61 + 0.69 + 0.61 + 0.53 + 0.38 + 0.40 16%, week 16%, week 16%, week 16%, week 1 2 3 -0.07 + 0.18 + 0.12 + 0.16 -0.14 F Value F \, 22 ; 14.10 F l, 22 ; 13.57 F l, 22 ; 20.70 F 1.22 ; 13.00 F \, 22 ; 8.62 F l, 22 ; 3.87 f l, 22 ; 4.32 F l, 22 ; F l, 0.005 0.81 0.36 P Value 0.001.
Sub agonists would exhibit substantially greater efficacy for the treatment of migraine when administered in combination with metoclopramide, in view of the increased blood levels of the oral 5ht.
1531. Ralston MA, Knilans TK, Hannon DW, et al. Use of adenosine for diagnosis and treatment of tachyarrhythmias in pediatric patients. J Pediatr. 1994; 124: 139143. Muller G, Deal BJ, Benson DW Jr. Vagal maneuvers and adenosine for termination of atrioventricular reentrant tachycardia. J Cardiol. 1994; 74: 500503. Berul CI. Higher adenosine dosage required for supra-ventricular tachycardia in infants treated with theophylline. Clin Pediatr. 1993; 32: 167168. DeGroff CG, Silka MJ. Bronchospasm after intravenous administration of adenosine in a patient with asthma. J Pediatr. 1994; 125: 822823. Burkhart KK. Respiratory failure following adenosine administration. J Emerg Med. 1993; 11: 249250. Aggarwal A, Farber NE, Warltier DC. Intraoperative bronchospasm caused by adenosine. Anesthesiology. 1993; 79: 11321135. Miller HC. Cardiac arrest after intravenous pentamidine in an infant. Pediatr Infect Dis J. 1993; 12: 694696. Harel Y, Scott WA, Szeinberg A, et al. Pentamidine-induced torsades de pointes. Pediatr Infect Dis J. 1993; 12: 692694. Furst SR, Rodarte A. Prophylactic antiemetic treatment with ondansetron in children undergoing tonsillectomy. Anesthesiol. 1994; 81: 799803. Lin DM, Furst ST, Rodarte A. A double-blinded comparison of metoclopramide and droperidol for prevention of emesis following strabismus surgery. Anesthesiol. 1992; 76: 357361. Ferrari LR, Donlon JV. Metoclopramidf reduces the incidence of vomiting after tonsillectomy in children. Anesth Analg. 1992; 75: 351354 and reglan.
Metoclopramide side effects
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