forensic science agenda

What

forensic science agenda

When

10/28/2021

What Students and Parents Need to Know
DNA Technology

Teacher : Addison
Course/ Subject: Forensic Science
Date of Instruction: 10/28/21
Opening (I Do)
An engaging process for lesson introduction that is specifically planned to encourage equitable and purposeful student participation. Describe the instructional process that will be used to introduce the lesson.
TKES 1, 2, 3,4,5, 8,10



Standard/s: .

SFS3. Obtain, evaluate, and communicate information relating to biological evidence in forensic investigations.

a. Ask questions to investigate types of toxins, poisons, and drugs and their effects on the body.

b. Analyze and interpret data to investigate the effects of blood alcohol content on the body.

c. Construct an explanation to distinguish the difference between human and animal blood.

d. Plan and carry out an investigation to analyze the physics of bloodstain patterns.

e. Plan and carry out an investigation involving DNA processing and analysis.


Learning Target: I know that I have learned it when I can:
Elaborate on DNA structure fingerprinting, analysis and technology
Success Criteria:
Success Criteria (You adequately exhibit what you can do) Can you??????
Describe the types of DNA technology and how they are useful
Compare and contrast nuclear DNA vs. mitochondrial DNA.
Provide basic tenets of DNA analysis.
Clearly, communicate how a DNA fingerprint is created and what it can be used for.

Introduction/Connection:
Daily 10’s- What is DNA & how does it work? https://www.youtube.com/watch?v=zwibgNGe4aY
Complete DNA Fingerprinting activity
DNA class act out in 7 parts

Review the following terms and people:
absorption, acid, acid phosphatase, acute toxicity, agglutination, allele, alveoli, amelogenin gene, amino acids, angle of impact, antibody, anticoagulant, antigen, antiserum, artery, aspermia, back spatter, base, = buccal cells, capillary, cast-off pattern, catalyst, chromosome, chronic toxicity, complementary base pairing, deoxyribonucleic acid (DNA), egg, electrophoresis, enzyme, erythrocyte, epithelial cells, excretion, expirated blood, flight path, flow pattern, forward spatter, fuel cell detector, gene, genotype, hemoglobin, heterozygous,), homozygous, human genome, hybridoma cells, hybridization, impact site, locus, low copy number, misting, metabolism, mitochondria, monoclonal antibodies, multiplexing, nucleotide, oligospermia, oxidation, parent drop, passive drop (bleeding), perimeter stain, polyclonal antibodies, polymer, polymerase chain reaction (PCR),precipitin, preservative, primer, projected blood pattern, proteins, replication, restriction enzyme, restriction fragment length polymorphisms (RFLP), ricochet, satellite spatter, serology, serum, sequencing, short tandem repeat (STR),spatter, spine, substrate control, swipe pattern, tandem repeat, target, toxicologist, transfer/contact, pattern, vein, void, wave cast-off, wipe pattern, X chromosome, Y chromosome, Y-STRs, zygote

DIRECT INSTRUCTION:

Teacher will
Modeling- Examples of scientific communication
Demonstration- examples of the scientific method and questions (see attached)*
Reinforce learning goals- assignment explain
DOK question stems- Ontogeny recapitulates phylogeny argument
Real-life connections- tied with student experiences
Build upon existing knowledge and skills in class discussions

DNA Technology Information Presentation and DNA Superheroes explain
https://docs.google.com/document/d/1NueGfXVbXW-KhzS7np_i5MBkhgJiRRax_KQWwMho1c8/edit?usp=sharing

Work Period (We Do, You Do)
Students learning by doing/demonstrating learning expectations. Describe the instructional process that will be used to engage the students in the work period.
TKES 1, 2, 3, 4, 5, 7. 8,10


GUIDED PRACTICE:

Students will
Answer the Prompt= What can DNA tell a forensic scientist?
and create DNA SUPERHEROES
Lair- where they operate from. Example: bat cave
Hero- what they look like
Who do they defend?
Who do they capture and/or destroy?
Weapons or tools?


INDEPENDENT/
COLLABORATIVE PRACTICE/DIFFERENTIATION:
DI is done by materials, strategies, groupings, mini-lessons, etc.
CONTENT- is always geared to service students with multiple intelligences and diverse needs.
PROCESS- is kept flexible to accommodate diversity
PRODUCTS- are chosen by teacher and student, then agreed upon by both
Students are allowed choices of products on most assignments.
Options are provided to students to demonstrate understanding without compromising standards and goals
*Vocab Acquisition
Closing (We Check)
Describe the instructional process that will be used to close the lesson and check for student understanding .
TKES : 1,2,3, 4,5,6,7,8


SUMMARIZE/CHECK FOR UNDERSTANDING:

Engages students in a process that may include a review of lesson concepts/learning targets, preview for future learning, apply or extend lesson concepts and/ or assess student learning.
Present your superheroes