.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}.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:.895996;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:.910156;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:.682617;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:.722656;font-style:normal;font-weight:400;visibility:visible}.ff6{font-family:ff6;line-height:.904297;font-style:normal;font-weight:400;visibility:visible}.ff7{font-family:ff7;line-height:.895996;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)}.ls9{letter-spacing:-.144px}.ls8{letter-spacing:0}.ls0{letter-spacing:.001240px}.ls6{letter-spacing:.047200px}.ls3{letter-spacing:.095680px}.ls5{letter-spacing:.096000px}.ls7{letter-spacing:.19264px}.ls2{letter-spacing:29.856px}.ls1{letter-spacing:36.5592px}.ls4{letter-spacing:36.5764px}.sc1{text-shadow:-.015em 0 #000,0 .015em #000,.015em 0 #000,0 -.015em #000}.sc0{text-shadow:-.015em 0 transparent,0 .015em transparent,.015em 0 transparent,0 -.015em transparent}@media screen and (-webkit-min-device-pixel-ratio:0){.sc1{-webkit-text-stroke:.015em #000;text-shadow:none}.sc0{-webkit-text-stroke:.015em transparent;text-shadow:none}}.ws0{word-spacing:-28.8px}.ws1{word-spacing:-22.080000px}.ws2{word-spacing:-10.848px}.ws3{word-spacing:0}._0{margin-left:-1.110743px}._1{width:1.478743px}.fc1{color:transparent}.fc0{color:#000}.fs0{font-size:48px}.y0{bottom:8.32677px}.y21{bottom:133.459295px}.y20{bottom:152.213487px}.y1f{bottom:170.968192px}.y1e{bottom:189.722384px}.y1d{bottom:208.476576px}.y1c{bottom:227.231281px}.y1b{bottom:245.985473px}.y1a{bottom:264.778225px}.y19{bottom:283.53293px}.y18{bottom:302.287122px}.y17{bottom:321.195552px}.y16{bottom:340.718625px}.y15{bottom:359.47333px}.y14{bottom:378.227522px}.y13{bottom:392.831396px}.y12{bottom:623.751949px}.y11{bottom:643.27515px}.y10{bottom:662.029342px}.yf{bottom:680.937772px}.ye{bottom:699.730524px}.yd{bottom:719.253597px}.yc{bottom:738.008046px}.yb{bottom:756.762238px}.ya{bottom:775.516943px}.y9{bottom:794.271135px}.y8{bottom:813.025840px}.y7{bottom:831.780032px}.y6{bottom:850.688462px}.y5{bottom:870.211535px}.y4{bottom:888.965728px}.y3{bottom:907.746053px}.y1{bottom:953.863549px}.h2{height:34.453125px}.h3{height:34.6875px}.h4{height:34.851562px}.h1{height:914.023157px}.h0{height:1014.58492px}.w1{width:586.076516px}.w0{width:783.997438px}.x0{left:92.234993px}.x2{left:115.32423px}.x3{left:161.436743px}.x8{left:184.495606px}.x4{left:207.554239px}.x5{left:253.710282px}.x6{left:276.769056px}.x1{left:509.995458px}.x7{left:611.184815px}

CHEM 1103 Lecture Notes - Lecture 7: Stereocenter, Peptide Bond, Alternative Splicing

United States

University Chemistry I

Chemistry

Matthew Gerner

University of Arkansas

Cell Biology

Human Anatomy

General Microbiology

The Helping Relationship

Basic Course in the Arts: Theatre Appreciation

Exercise Physiology

Motor Development

General Psychology

Abnormal Psychology

Biochemistry 2280A Lecture Notes - Lecture 3: Peptide Bond, Carboxylic Acid, Amine

Biochemistry 2280A Lecture Notes - Lecture 3: C-Terminus, N-Terminus, Oligopeptide

NUTRITN 230 Lecture Notes - Lecture 4: Vitamin B6, Malnutrition, Complete Protein

CHEM 1103 Lecture Notes - Lecture 7: Stereocenter, Peptide Bond, Alternative Splicing

Get access

Related textbook solutions

Chemistry: Structure and Properties

Basic Chemistry

Principles of Chemistry Molecular Approach

Chemistry: Structure and Properties

Principles of Chemistry Molecular Approach

Chemistry: A Molecular Approach

Chemistry: A Molecular Approach

Principles of Chemistry: A Molecular Approach

Chemistry: The Central Science

Related Documents

Biochemistry 2280A Lecture Notes - Lecture 3: Peptide Bond, Carboxylic Acid, Amine

Biochemistry 2280A Lecture Notes - Lecture 3: C-Terminus, N-Terminus, Oligopeptide

NUTRITN 230 Lecture Notes - Lecture 4: Vitamin B6, Malnutrition, Complete Protein