Scientific educational poster titled "Estimation of Stature from Bone" for forensic anthropology and anatomy. The poster features: Top header section: Bold title "ESTIMATION OF STATURE FROM BONE" with subtitle "Forensic Anthropology & Osteometry" Main content organized in clearly labeled sections: 1. INTRODUCTION section: Brief text explaining that stature estimation from skeletal remains is a key component of the biological profile in forensic investigations 2. BONES USED FOR STATURE ESTIMATION with labeled anatomical illustrations: - Femur (longest bone, most reliable) - Tibia - Fibula - Humerus - Radius - Ulna 3. REGRESSION FORMULAE section (table format) showing Trotter & Gleser equations: - Male: Stature = 2.38 × Femur length + 61.41 cm - Female: Stature = 2.47 × Femur length + 54.10 cm 4. MEASUREMENT TECHNIQUE section: Illustrated osteometric board showing how long bone length is measured, with arrows indicating measurement points (proximal to distal end) 5. RELIABILITY ORDER diagram showing femur > tibia > fibula > humerus > radius > ulna for accuracy 6. KEY FACTORS AFFECTING ACCURACY: - Age (bone shrinkage with aging) - Sex (different regression equations) - Ancestry/Population group - Post-mortem changes 7. APPLICATIONS section with icons: Forensic identification, Mass disaster victim identification, Archaeological analysis Footer: "Reference: Trotter & Gleser (1952, 1958) | Karl Pearson's Regression Equations" Design: Clean white background with blue and teal color scheme, medical/scientific style, anatomical bone diagrams in gray tones, organized grid layout, professional typography

Scientific educational poster titled "Estimation of Stature from Bone" for forensic anthropology and anatomy. TOP HEADER BANNER (dark blue background, white text): Line 1: "Department of Forensic Medicine" (large bold text) Line 2: "ESTIMATION OF STATURE FROM BONE" (largest, prominent title) Line 3: "Forensic Anthropology & Osteometry" (subtitle, italic) Main content organized in clearly labeled sections on white background: 1. INTRODUCTION section: Brief text explaining that stature estimation from skeletal remains is a key component of the biological profile in forensic investigations 2. BONES USED FOR STATURE ESTIMATION with labeled anatomical illustrations: - Femur (longest bone, most reliable) - Tibia - Fibula - Humerus - Radius - Ulna 3. REGRESSION FORMULAE section (table format) showing Trotter & Gleser equations: - Male: Stature = 2.38 × Femur length + 61.41 cm - Female: Stature = 2.47 × Femur length + 54.10 cm 4. MEASUREMENT TECHNIQUE section: Illustrated osteometric board showing how long bone length is measured, with arrows indicating measurement points (proximal to distal end) 5. RELIABILITY ORDER diagram showing femur > tibia > fibula > humerus > radius > ulna for accuracy 6. KEY FACTORS AFFECTING ACCURACY: - Age (bone shrinkage with aging) - Sex (different regression equations) - Ancestry/Population group - Post-mortem changes 7. APPLICATIONS section with icons: Forensic identification, Mass disaster victim identification, Archaeological analysis BOTTOM FOOTER BANNER (dark blue background, white text): "Submitted by:" "Anurag Kumar — 17" "Arnav Kapoor — 18" "Reference: Trotter & Gleser (1952, 1958) | Karl Pearson's Regression Equations" Design: Clean white background with dark navy blue and teal color scheme, medical/scientific style, anatomical bone diagrams in gray tones, organized grid layout, professional typography, clear separation between header, content, and footer

Scientific educational poster for forensic medicine department. TOP HEADER BANNER (dark blue background, white text): Line 1: "Department of Forensic Medicine" (large bold text) Line 2: "ESTIMATION OF STATURE FROM BONE" (largest, most prominent title text) Main content organized in clearly labeled sections on white background: 1. INTRODUCTION section: Brief text explaining that stature estimation from skeletal remains is a key component of the biological profile in forensic investigations 2. BONES USED FOR STATURE ESTIMATION with labeled anatomical illustrations: - Femur (longest bone, most reliable) - Tibia - Fibula - Humerus - Radius - Ulna 3. REGRESSION FORMULAE section (table format) showing Trotter and Gleser equations: - Male: Stature = 2.38 x Femur length + 61.41 cm - Female: Stature = 2.47 x Femur length + 54.10 cm 4. MEASUREMENT TECHNIQUE section: Illustrated osteometric board showing how long bone length is measured, with arrows indicating measurement points from proximal to distal end 5. RELIABILITY ORDER diagram showing femur > tibia > fibula > humerus > radius > ulna for accuracy 6. KEY FACTORS AFFECTING ACCURACY: - Age (bone shrinkage with aging) - Sex (different regression equations) - Ancestry / Population group - Post-mortem changes 7. APPLICATIONS section with icons: Forensic identification, Mass disaster victim identification, Archaeological analysis BOTTOM FOOTER BANNER (dark blue background, white text): "Submitted by:" "Anurag Kumar 17" "Arnav Kapoor 18" Design: Clean white background with dark navy blue and teal color scheme, medical/scientific style, anatomical bone diagrams in gray tones, organized grid layout, professional typography, clear separation between header, content, and footer. No subtitle under the main title. No references or citations anywhere on the poster.

Scientific educational poster for forensic medicine department. TOP HEADER BANNER (dark blue background, white text): Line 1: "Department of Forensic Medicine" (large bold text) Line 2: "ESTIMATION OF STATURE FROM BONE" (largest, most prominent title text) Main content organized in clearly labeled sections on white background: 1. INTRODUCTION section: Brief text explaining that stature estimation from skeletal remains is a key component of the biological profile in forensic investigations 2. BONES USED FOR STATURE ESTIMATION with labeled anatomical illustrations: - Femur (longest bone, most reliable) - Tibia - Fibula - Humerus - Radius - Ulna 3. REGRESSION FORMULAE section (table format) showing Trotter and Gleser equations: - Male: Stature = 2.38 x Femur length + 61.41 cm - Female: Stature = 2.47 x Femur length + 54.10 cm 4. MEASUREMENT TECHNIQUE section: Illustrated osteometric board showing how long bone length is measured, with arrows indicating measurement points from proximal to distal end 5. RELIABILITY ORDER diagram showing femur > tibia > fibula > humerus > radius > ulna for accuracy 6. KEY FACTORS AFFECTING ACCURACY: - Age (bone shrinkage with aging) - Sex (different regression equations) - Ancestry / Population group - Post-mortem changes 7. APPLICATIONS section with icons: Forensic identification, Mass disaster victim identification, Archaeological analysis BOTTOM FOOTER BANNER (dark blue background, white text, clearly readable): "Submitted by:" "Anurag Kumar 17" "Arnav Kapoor 18" "Arpan Prajapati 19" Design: Clean white background with dark navy blue and teal color scheme, medical/scientific style, anatomical bone diagrams in gray tones, organized grid layout, professional typography, clear separation between header, content, and footer. No subtitle under the main title. No references or citations anywhere on the poster.

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