.pf{position:relative;background-color:#fff;overflow:hidden;margin:0;border:0}.pc{position:absolute;border:0;padding:0;margin:0;top:0;left:0;width:100%;height:100%;overflow:hidden;display:block;transform-origin:0 0;-ms-transform-origin:0 0;-webkit-transform-origin:0 0}.bi{position:absolute;border:0;margin:0}.c{position:absolute;border:0;padding:0;margin:0;overflow:hidden;display:block}.t{position:absolute;white-space:pre;font-size:1px;transform-origin:0 100%;-ms-transform-origin:0 100%;-webkit-transform-origin:0 100%;unicode-bidi:bidi-override;-moz-font-feature-settings:"liga" 0}.t:after{content:''}.t:before{content:'';display:inline-block}.t span{position:relative;unicode-bidi:bidi-override}._{display:inline-block;color:transparent;z-index:-1}.pi{display:none}@media screen{.pf{margin:13px auto;box-shadow:1px 1px 3px 1px #333;border-collapse:separate}}.ff1{font-family:ff1;line-height:.910156;font-style:normal;font-weight:400;visibility:visible}@font-face{font-family:ff2;src:url(data:application/font-woff;base64,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) format("woff")}.ff2{font-family:ff2;line-height:.666504;font-style:normal;font-weight:400;visibility:visible}.ff3{font-family:ff3;line-height:.666504;font-style:normal;font-weight:400;visibility:visible}.ff4{font-family:ff4;line-height:.889648;font-style:normal;font-weight:400;visibility:visible}@font-face{font-family:ff5;src:url(data:application/font-woff;base64,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) format("woff")}.ff5{font-family:ff5;line-height:.779297;font-style:normal;font-weight:400;visibility:visible}.m0{transform:matrix(.320260,0,0,.320260,0,0);-ms-transform:matrix(.320260,0,0,.320260,0,0);-webkit-transform:matrix(.320260,0,0,.320260,0,0)}.ls2{letter-spacing:0}.ls0{letter-spacing:.001241px}.ls1{letter-spacing:36.593574px}.sc0{text-shadow:-.015em 0 transparent,0 .015em transparent,.015em 0 transparent,0 -.015em transparent}@media screen and (-webkit-min-device-pixel-ratio:0){.sc0{-webkit-text-stroke:.015em transparent;text-shadow:none}}.ws0{word-spacing:0}._0{margin-left:-1.010668px}._1{width:1.434747px}.fc0{color:#000}.fs0{font-size:48.045131px}.y0{bottom:0}.y15{bottom:59.211484px}.y14{bottom:76.906479px}.y13{bottom:94.601475px}.y12{bottom:113.373813px}.y11{bottom:131.222549px}.y10{bottom:149.994375px}.yf{bottom:167.68937px}.ye{bottom:185.384365px}.yd{bottom:204.195299px}.yc{bottom:222.967124px}.yb{bottom:240.66212px}.ya{bottom:259.433945px}.y9{bottom:277.12894px}.y8{bottom:294.823935px}.y7{bottom:312.51893px}.y6{bottom:330.213926px}.y5{bottom:347.908921px}.y4{bottom:365.603916px}.y3{bottom:383.298911px}.y2{bottom:401.019936px}.y16{bottom:485.095526px}.y1{bottom:507.293741px}.h3{height:33.359461px}.h4{height:36.761094px}.h2{height:507.295022px}.h1{height:1011.382316px}.h0{height:1014.588763px}.w1{width:783.997438px}.w0{width:784px}.x0{left:0}.x1{left:91.984486px}.x3{left:115.064915px}.x4{left:138.140355px}.x2{left:324.053066px}.x5{left:467.145568px}

BIO SCI 98 Lecture Notes - Lecture 5: Aconitase, Deprotonation, Histidine

United States

BIO SCI 98 Lecture Notes - Lecture 5: Aconitase, Deprotonation, Histidine

Get access

Related textbook solutions

Molecular Cell Biology

Biology: Science for Life with Physiology

Concepts of Biology

Biology

Essentials of Biology

Related Documents

FSHN 101 Lecture Notes - Lecture 15: Carboxylic Acid, Amphoterism, Deprotonation

BIOCH200 Lecture Notes - Imidazole, Carboxylic Acid, Deprotonation

BIOLCHEM 415 Study Guide - Final Guide: Msh2, Alkoxy Group, Haworth Projection