Antimicrobial therapy

Jan 18, 2017 by in ANESTHESIA Comments Off on Antimicrobial therapy

CefaclorModerately stableModerate32ndCefuroximeCephamandoleResistanceModerate43rdCefotaximeCeftriaxoneStablePotent: especially Gram-negatives53rdCefiximeCefpodoximeStablePotent: especially Gram-negatives63rdCeftazidimeCefsulodinStablePotent: especially Gram-negatives and Pseudomonas74thCefpiromeStableEnterobacteriaceae Cephalexin Cephalexin is active against most Gram-positive cocci, except fecal streptococci and MRSA. It is also moderately active against some…

read more

Pharmacology of haemostasis

Jan 18, 2017 by in ANESTHESIA Comments Off on Pharmacology of haemostasis

Figure 41.2 Effect of drugs on the coagulation pathway Anticoagulants Anticoagulants are drugs that interfere with the process of fibrin plug formation, to reduce or prevent coagulation. This effect is…

read more

Gastrointestinal pharmacology

Jan 18, 2017 by in ANESTHESIA Comments Off on Gastrointestinal pharmacology

Figure 39.1 Sites of action of drugs reducing gastric acidity H2 receptor antagonists Examples – cimetidine, famotidine, nizatidine, ranitidine Histamine has two primary effects on the gastrointestinal tract, mediated by…

read more

Endocrine pharmacology

Jan 18, 2017 by in ANESTHESIA Comments Off on Endocrine pharmacology

html xmlns=”http://www.w3.org/1999/xhtml” xmlns:mml=”http://www.w3.org/1998/Math/MathML” xmlns:epub=”http://www.idpf.org/2007/ops”> Chapter 38 Endocrine pharmacology Tim Smith Fundamentals of Anaesthesia, 4th edition, ed. Ted Lin, Tim Smith and Colin Pinnock. Published by Cambridge University Press. © Cambridge…

read more

Respiratory pharmacology

Jan 18, 2017 by in ANESTHESIA Comments Off on Respiratory pharmacology

Figure 37.1 Causes of changes in bronchial calibre Leukotrienes are involved in the development of bronchospasm. They are so named because of their presence in white blood cells (the leuko…

read more

Autonomic nervous system pharmacology

Jan 18, 2017 by in ANESTHESIA Comments Off on Autonomic nervous system pharmacology

Figure 35.5 Catecholamine structures Adrenoceptor agonists Examples – adrenaline, clonidine, dobutamine, dopamine, dopexamine, isoprenaline, noradrenaline Note that β-adrenoceptor agonists are covered in more detail in Chapter 37. Clinical uses Adrenoceptor…

read more

Central nervous system pharmacology

Jan 18, 2017 by in ANESTHESIA Comments Off on Central nervous system pharmacology

Figure 34.2 Causes of NV and sites of drug action The major classes of drug used to combat NV possess receptor antagonism at D2, M3, H1 and 5-HT3 receptors. The…

read more

Fetal and newborn physiology

Jan 18, 2017 by in ANESTHESIA Comments Off on Fetal and newborn physiology

Figure 24.1 Fetal circulation The mixed IVC blood, with a saturation of 65%, enters the right atrium, but only one-third passes into the right ventricle. The majority is directed through…

read more

The surgical insult

Jan 18, 2017 by in ANESTHESIA Comments Off on The surgical insult

FatCementAirMethylmethacrylate absorptionPressurisation of femoral cavityHeat from cement reaction within femoral cavity Anaesthesia for total knee arthroplasty is broadly similar but does not show the same picture of cement reaction unless…

read more

Popliteal Sciatic Block

Jan 8, 2017 by in ANESTHESIA Comments Off on Popliteal Sciatic Block

Popliteal Sciatic Block FIGURE 20.1-1. (A) Needle insertion for the popliteal intertendinous approach. (B) Needle insertion for lateral approach to popliteal block. PART 1: INTERTENDINOUS APPROACH General Considerations The popliteal…

read more
Get Clinical Tree app for offline access