Anatomy 225 (A225) — Comprehensive Course Introduction and Key Policies

Course Introduction: Anatomy 225 (A two two five)

  • Anatomy vs Physiology

    • Anatomy: study of structure; means “to cut up” or “to cut apart”.
    • Physiology: study of function; will cover some physiology, but the course focus is on structure and anatomy.
    • Relationship: you cannot discuss structure without function, so a bit of physiology will be included to support understanding of anatomy.
  • Learning goals for the course

    • List the names and basic functions of anatomical structures.
    • Describe anatomical structures and concepts to succeed in the program.
    • Explain how anatomical systems work together (the big picture).
    • Apply clinical relevance of various anatomical structures.
  • Getting started: a quick self-check

    • There will be a question prompt about yourself and your goals for the course; answer before progressing.
  • Where and when you will learn

    • Lecture locations and times (your choice of 09:10 AM or 10:25 AM class):
    • Valentine Hall, Room 13 (basement, North End of Valentine Hall)
    • Lab location: Classroom Office Building, Room 122 (next to Atwater Eye Center Clinic; near the surface parking lot by Atwater Building)
    • Schedule:
    • Lecture: Monday, Wednesday, Friday
    • Lab: in the Classroom Office Building
    • Additional learning options:
    • Open office hours (face-to-face and Zoom)
    • Office hours for drop-ins and by appointment via Canvas
    • Optional 1-credit course M 100 (medical sciences) that meets once a week (Tuesday or Friday at 01:55 PM; graduate students provide study strategies)
  • Contact and key personnel

    • Instructor: Dr. O (email address provided on Canvas)
    • Lab director: Danielle Hansen (Office: Classroom Office Building, Room 126)
    • Staff: undergraduate teaching associates (UTAs), graduate student associates, lab UTAs
    • Collaboration: course best learned by working with partners
    • Personal note from instructor: emphasizes study with partners, learning from peers, and that feeling overwhelmed is common—collaborative study reinforces learning
  • Getting set up with the course materials

    • Canvas site: modules contain lecture and lab materials; the site is a work in progress with pages published periodically
    • eText: McGraw Hill Connect integrated in Canvas
    • Access via a link under modules labeled “McGraw Hill Connect”
    • First-time setup: register with your @iu.edu address (not a Gmail account) to ensure grades transfer properly to Canvas
    • eText features: animations, practice questions, practice activities; videos available
    • After registration, the site shows blocks (e.g., first block): animations, optional textbook review questions, and access to the eText
    • Paper copy option: loose-leaf version available for about 40; ships from publisher if preferred
    • How to use eText effectively
    • Do not read the book verbatim; read chapter headers first to identify main topics
    • Use figures and tables extensively; capture screenshots of tables and figures for study
    • Use the search tool with care: the search returns any occurrence of a term (e.g., “mitosis”) and may include earlier revisions; read entries carefully
    • Use the table of contents to navigate sections relevant to the syllabus
    • Lab guide
    • Required purchase; can be bought from publisher or bookstore
    • In Canvas: a link to purchase from the publisher is provided; ensure you have Anatomy A225 (not A215, an earlier version)
    • Publisher access and course setup
    • On Canvas: Getting Started module contains lab information and access instructions
    • Bring your lab access code to pick up the lab book
    • Laptop and required software
    • A laptop is required for exams; you must install Respondus LockDown Browser
    • Install via iuware -> Academic Resources -> Respondus LockDown Browser
    • A testing window will be set up later to verify system compatibility before Block 1 exam
    • Top Hat required for some activities; install on your device
    • Laptop access options if you don’t have one
    • Student Care & Resource Center (IU) and Office: Room 010
    • Student Technology Center, 4th Floor, Wells Library (limited laptops; lend/borrow for first two weeks)
    • If you lack a laptop, speak with the course team for options
  • Syllabus and course manual resources

    • The syllabus is the “course manual” and is accessible as a PDF
    • Hyperlinked table of contents in the PDF for quick navigation
    • An abbreviated visual syllabus (one-page at-a-glance) summarizes week-by-week expectations; print and post on your door for quick reference
    • Visual syllabus covers: required summative assessments, formative assessments, and extra-credit activities
    • Full lecture and lab schedules available in the big syllabus and the abbreviated PDF
  • Assessment design and course structure

    • Formative assessments
    • Weekly online quizzes (lecture and lab integration) and learning activities
    • Quizzes: 11 quizzes total; your top 10 count toward the grade; you may drop the lowest quiz score
    • Quizzes due most Mondays at 11:59 PM; early attempts may earn extra credit if you score at least 5/10 by Friday 11:59 PM
    • Block practice exams (formative quizzing practice)
    • 5 block practice exams; each is worth 100 points (total = 500 points to the gradebook)
    • Open before the lecture exam dates; you can retake multiple times; the highest block practice exam score counts toward your grade
    • Block exam due by 8 AM on the Friday before each lecture exam
    • Summative assessments
    • Five multiple-choice exams (in-class, computer-based; 80 points each; 5 × 80 = 400 points)
    • Five short answer or in-lab exams (80 points each; 5 × 80 = 400 points)
    • Combined lecture and lab coverage: 800 points total for summative assessments
    • All summative exam grades are non-droppable
    • Overall grading structure
    • Total points possible: ext{Total points} = 1100(primarycomponents)+upto(primary components) + up to ext{extra credit} ext{ up to } ext{approximately } 20 ext{ points}$$
    • Breakdown components include quizzes (top 10 of 11), block practice exams, lab half-time hurdle assignments, active learning assignments, and summative exams
    • Block practice exams: five, 100-point blocks (total 500 points)
    • Labs: half-time hurdle assignments; some count toward the grade; most count; you may drop the lowest several half-time hurdles (the instructor notes you can drop the lowest 3–7; exact policy appears as “most will count, some may not”)
    • Open labs and review sessions provide additional practice opportunities
  • Week-by-week structure and daily workflow

    • Each week’s module contains:
    • Getting started resources, then the week’s overview, and the detailed lecture and lab components
    • Pre-lecture recordings and lecture note outlines
    • Learning exercises, in-class drawing activities, and practice questions
    • Links to daily assignments and due dates
    • First day expectations and online content
    • The first online lecture (Cell and Cell Division) must be completed by Wednesday 8 AM; embedded questions count toward the grade
    • This online content is designed to be completed before the first day of class to prepare for lab
    • In-class expectations for lecture vs lab
    • Lecture: instructor introduces and discusses new material (not a repeat of the online lecture); there will be active learning activities (memory matrices, drawing, practice questions) and opportunities for extra credit
    • Lab: guided activities from the lab guide; work in groups; bring your lab guide; use models/materials provided; open lab sign-ups announced in lab
    • Half-time hurdle assignments (lab)
    • Aimed to verify understanding mid-lab session
    • Most half-time hurdle assignments count toward the grade; a subset does not; you can drop some of them (lowest 3–7) if needed
  • Study strategies and study-life integration

    • Recommended study approach
    • Study with a partner; use lab UTAs and lecture UTAs; review together in groups
    • Use screen captures of tables and figures to create personalized study materials
    • After class, reinforce learning with the eText and lab guide
    • Draw and label diagrams; create your own tables and charts; use practice questions and quizzes repeatedly to improve recall
    • Collaboration and open resources
    • Review sessions before block exams
    • Open labs for additional review time
    • Office hours and drop-ins available for questions
  • Time management and tracking progress

    • Time management is key; avoid last-minute cramming
    • Formative assessments help monitor progress (quizzes, block practice exams, learning assignments)
    • Summative assessments are high-stakes but non-droppable; plan ahead for exam dates
  • Important dates and deadline notes

    • Block exam dates (five in total) and final exam timing
    • Lecture exams and lab exams are integrated and test both lecture and lab content
    • Final exam: Monday, December 15, 05:20 PM
    • Exam dates to mark on calendar: September 12; October 3; October 24; November 14; December 15
    • Final exam is not rescheduled; makeup policies described below
  • Examination makeup and absences policies

    • If you are on a varsity athletic team or otherwise miss an exam due to travel
    • Notify instructors at least one week in advance and provide documentation (e.g., coach letter or adviser verification)
    • Makeup format for missed multiple-choice exams: essay format; rescheduled after the exam date
    • Makeup format for missed lab exams: regular short-answer exam format; coordinate with Danielle Hansen for lab makeup
    • If you miss due to illness or other reasons
    • Communicate with the course team immediately; documentation is not always required unless there was a medical visit
    • Generally, investigate options with Dr. O and Danielle Hansen if you anticipate missing an exam
  • Communication channels and assistance

    • Inscribe (Canvas Q&A community): used for frequently asked questions; there is a pinned FAQ sheet and topics where students can post questions
    • You are encouraged to answer peers’ questions to reinforce understanding
    • Additional help options
    • Student drop-in hours with Dr. O and UTAs
    • Review sessions and open labs
    • If anything is unclear, consult the syllabus, Canvas resources, and Inscribe first, then reach out for help
  • Practical next steps (What to do now)

    • Review the Canvas course site and the syllabus thoroughly
    • Register for McGraw Hill Connect via Canvas to access the eText
    • Purchase the lab guide (publisher or bookstore) and verify you have Anatomy A225, not A215
    • Attend the Monday lecture with the lecture outline (posted on Canvas)
    • Watch the Wednesday online lecture (Cell and Cell Division) by 8 AM Wednesday; it counts toward preparation
    • Review the Canvas module page for the first lab; sign up for a Monday or Tuesday lab depending on your schedule
    • Bring your lab guide to every lab session
    • Prepare by working with a partner and using office hours and open labs to reinforce concepts
  • Summary of key resources

    • Canvas site: modules for lecture and lab materials, pre-lecture recordings, and embedded questions
    • McGraw Hill Connect: eText, animations, videos, practice questions; register with IU email
    • Lab guide: required purchase; essential for lab activities
    • Respondus LockDown Browser: required for in-class exams; install via IU resources
    • Top Hat: required for certain activities
    • Inscribe: Q&A community for questions and collaboration
    • Syllabus: full manual with hyperlinked sections; a one-page visual syllabus for quick reference
  • Final note

    • The instructor hopes this video answers general questions and provides a handy reference for the start of the course
    • Expect ongoing updates and new resources throughout the semester; stay engaged and reach out when you need help