Question

drag and drop the labels into the correct empty boxes to complete the concept map. specimen collection from a a carried to the lab in a b c d e f g in a sterile h such as i d has an image of a machine (incubator?), e has a petri dish, k: to obtain a specimen containing a single species, f: both macroscopically and microscopically via l, g: using m (genetic analysis and immunologic tests)

Explanation:

To solve this concept map related to specimen handling in a scientific (likely microbiology or medical laboratory) context, we analyze the typical workflow:

Step 1: Identify “A” (Specimen collection source)

Specimens are collected from a patient (or “body site,” e.g., blood, urine, tissue). So A = Patient (or body site).

Step 2: Identify “B” (Transport medium/container)

Specimens are carried to the lab in a transport medium (e.g., sterile container, transport swab, or media to preserve viability). So B = Transport medium (or sterile container).

Step 3: Identify “C” (Culture media preparation)

One branch of specimen processing is preparing culture media. So C = Culture media preparation.

Step 4: Identify “H” (Type of medium)

Culture media can be sterile (to prevent contamination). So H = Sterile medium.

Step 5: Identify “I” (Example of medium)

Examples include broth (liquid medium) or agar. So I = Broth (or agar, etc.).

Step 6: Identify “D” (Incubation)

After inoculation, specimens are incubated (the machine is an incubator) to promote growth. So D = Incubation.

Step 7: Identify “J” (Growth/purpose)

Incubation promotes microbial growth (to allow pathogens to multiply). So J = Microbial growth.

Step 8: Identify “E” (Inoculation)

Inoculating the specimen onto media (the petri dish step). So E = Inoculation.

Step 9: Identify “K” (Isolation technique)

To obtain a single species, we use streak plate (or similar isolation method). So K = Streak plate (or isolation).

Step 10: Identify “F” (Examination)

Examining specimens both macroscopically (visual) and microscopically. So F = Specimen examination.

Step 11: Identify “L” (Microscopic tool)

Microscopic examination uses a microscope (e.g., light microscope for morphology). So L = Microscope.

Step 12: Identify “G” (Advanced testing)

Using tests like genetic/immunologic tests falls under diagnostic testing or molecular/serological testing. So G = Diagnostic testing (or molecular testing).

Step 13: Identify “M” (Test type)

Genetic/immunologic tests are part of serological/molecular assays. So M = Serological/molecular assays (or specific tests like PCR, ELISA).

(Note: Exact labels depend on the provided drag-and-drop options, but this outlines the logical flow of specimen collection → transport → processing (culture, incubation, inoculation, isolation) → examination → advanced testing.)

If we assume common lab terminology, a typical answer set (matching the flow) would be:

• A: Patient (or body site)
• B: Transport medium
• C: Culture media preparation
• H: Sterile medium
• I: Broth (or agar)
• D: Incubation
• J: Microbial growth
• E: Inoculation
• K: Streak plate (isolation)
• F: Specimen examination
• L: Microscope
• G: Diagnostic testing
• M: Molecular/serological tests

To finalize, match these roles to the boxes based on the diagram’s structure (e.g., A is top, B below it, then C–G branching, with H under C, I under H, J under D, K under E, L under F, M under G).

Answer:

To solve this concept map related to specimen handling in a scientific (likely microbiology or medical laboratory) context, we analyze the typical workflow:

Step 1: Identify “A” (Specimen collection source)

Specimens are collected from a patient (or “body site,” e.g., blood, urine, tissue). So A = Patient (or body site).

Step 2: Identify “B” (Transport medium/container)

Specimens are carried to the lab in a transport medium (e.g., sterile container, transport swab, or media to preserve viability). So B = Transport medium (or sterile container).

Step 3: Identify “C” (Culture media preparation)

One branch of specimen processing is preparing culture media. So C = Culture media preparation.

Step 4: Identify “H” (Type of medium)

Culture media can be sterile (to prevent contamination). So H = Sterile medium.

Step 5: Identify “I” (Example of medium)

Examples include broth (liquid medium) or agar. So I = Broth (or agar, etc.).

Step 6: Identify “D” (Incubation)

After inoculation, specimens are incubated (the machine is an incubator) to promote growth. So D = Incubation.

Step 7: Identify “J” (Growth/purpose)

Incubation promotes microbial growth (to allow pathogens to multiply). So J = Microbial growth.

Step 8: Identify “E” (Inoculation)

Inoculating the specimen onto media (the petri dish step). So E = Inoculation.

Step 9: Identify “K” (Isolation technique)

To obtain a single species, we use streak plate (or similar isolation method). So K = Streak plate (or isolation).

Step 10: Identify “F” (Examination)

Examining specimens both macroscopically (visual) and microscopically. So F = Specimen examination.

Step 11: Identify “L” (Microscopic tool)

Microscopic examination uses a microscope (e.g., light microscope for morphology). So L = Microscope.

Step 12: Identify “G” (Advanced testing)

Using tests like genetic/immunologic tests falls under diagnostic testing or molecular/serological testing. So G = Diagnostic testing (or molecular testing).

Step 13: Identify “M” (Test type)

Genetic/immunologic tests are part of serological/molecular assays. So M = Serological/molecular assays (or specific tests like PCR, ELISA).

(Note: Exact labels depend on the provided drag-and-drop options, but this outlines the logical flow of specimen collection → transport → processing (culture, incubation, inoculation, isolation) → examination → advanced testing.)

If we assume common lab terminology, a typical answer set (matching the flow) would be:

• A: Patient (or body site)
• B: Transport medium
• C: Culture media preparation
• H: Sterile medium
• I: Broth (or agar)
• D: Incubation
• J: Microbial growth
• E: Inoculation
• K: Streak plate (isolation)
• F: Specimen examination
• L: Microscope
• G: Diagnostic testing
• M: Molecular/serological tests

To finalize, match these roles to the boxes based on the diagram’s structure (e.g., A is top, B below it, then C–G branching, with H under C, I under H, J under D, K under E, L under F, M under G).