Enrofloxacin 10% Oral Solution for Pet Birds – 1000 mL: The Complete 1-Liter Guide to 100 mg/mL Avian Antibacterial Care & Responsible Use

A larger bottle can change the logistics of bird care.

It does not change the biology of the medication.

That distinction is the most important place to begin when discussing Enrofloxacin 10% Oral Solution for Pet Birds – 1000 mL.

The 1-liter presentation contains much more total liquid than a 25 mL or 100 mL bottle, but every milliliter still contains the same clearly identified concentration:

100 mg of enrofloxacin per mL.

In other words:

Enrofloxacin 10% = Enrofloxacin 100 mg/mL.

The larger 1000 mL package does not make the medication stronger. It does not automatically turn an individual treatment into an aviary-wide treatment. And it does not remove the need to determine whether the disease being treated is actually bacterial.

Enrofloxacin 10% Oral Solution for Pet Birds – 1000 mL is a large-volume veterinary liquid formulation containing:

• Enrofloxacin as the active ingredient
• 10% strength
• 100 mg/mL concentration
• 1000 mL / 1 liter total volume
• Oral liquid formulation
• Pet-bird positioning

Enrofloxacin belongs to the fluoroquinolone antimicrobial family and is used in veterinary medicine when professional assessment indicates that a susceptible bacterial organism is involved.

Enrofloxacin 10% 1000 mL at a Glance

Three Numbers Identify This Product

When comparing enrofloxacin products, three numbers should immediately be identified.

1. 10%

This is the percentage concentration.

2. 100 mg/mL

This is the same concentration expressed in milligrams of active ingredient per milliliter.

3. 1000 mL

This is the total amount of liquid supplied.

Together they identify the product clearly:

Enrofloxacin 10% — 100 mg/mL — 1000 mL / 1 Liter.

Why the 1000 mL Format Is Different From the 100 mL Version

The principal difference is package volume.

The 1000 mL bottle contains ten times the total liquid found in a 100 mL bottle while maintaining the same 10% / 100 mg/mL concentration when comparing products labeled at that strength.

The concentration does not become ten times stronger.

Only the amount of liquid supplied becomes ten times larger.

Why Large Volume Does Not Automatically Mean Flock Treatment

This is an important distinction for pigeon lofts and multi-bird aviaries.

A 1-liter bottle may look like a group-management product simply because of its size.

That conclusion should not be automatic.

A large-volume presentation can be useful as an inventory format, but treatment decisions still depend on:

• Which birds are actually sick
• Whether the illness is bacterial
• The suspected bacterial organism
• Species
• Body weight
• Clinical condition
• Water consumption
• Veterinary guidance

One sick bird does not automatically mean every bird in the collection should receive an antimicrobial.

Enrofloxacin 10% Versus Enrofloxacin 2.5%

Package size is not the only specification that matters.

Concentration matters even more.

The active ingredient may be identical, but the amount represented by the same liquid volume is not.

Never transfer instructions from a 2.5% product to a 10% product without an appropriately recalculated veterinary plan.

What Is Enrofloxacin?

Enrofloxacin is a veterinary fluoroquinolone antibacterial.

Bacteria must copy and organize their genetic material as they grow.

Fluoroquinolones interfere with important bacterial enzymes involved in these DNA-related processes.

When susceptible organisms can no longer manage bacterial DNA normally, replication and survival are disrupted.

Why This Mechanism Matters

Antibiotic classes are not interchangeable because they target bacteria differently.

The best antimicrobial is therefore not necessarily the product with the largest bottle, highest concentration or broadest marketing description.

It is the product that matches the susceptible bacterial organism and individual patient.

What “Broad-Spectrum” Does—and Does Not—Mean

Enrofloxacin is recognized as a broad-spectrum veterinary antibacterial.

That means activity can extend across more than one bacterial category.

It does not mean that enrofloxacin:

• Treats every bacterial species
• Overcomes every resistance mechanism
• Treats fungal disease
• Treats viruses
• Treats worms
• Treats coccidia
• Treats trichomoniasis
• Corrects poor husbandry
• Replaces diagnostic testing

The Diagnosis-First Framework

Before selecting an antibacterial, move through four layers of information.

Layer 1: The bird

Record:

• Species
• Age
• Current body weight
• Appetite
• Water consumption
• Activity
• Breathing
• Droppings

Layer 2: The environment

Review:

• Ventilation
• Overcrowding
• Temperature
• Dust
• Mold
• Smoke
• Aerosols
• Recent new birds
• Sanitation

Layer 3: The disease pattern

Ask whether the signs appear primarily:

• Respiratory
• Digestive
• Dermatologic
• Systemic
• Neurological
• Mixed

Layer 4: Diagnostic evidence

Veterinary investigation may include:

• Gram staining
• Bacterial culture
• Antimicrobial-sensitivity testing
• PCR testing
• Blood work
• Imaging
• Fecal examination

Which Bacteria Are Important in Pet Birds?

Pet birds can develop infections involving a variety of bacterial organisms.

Commonly reported gram-negative pathogens in companion birds include organisms from groups such as:

• Klebsiella
• Pseudomonas
• Aeromonas
• Enterobacter
• Proteus
• Escherichia
• Citrobacter

Gram-positive bacterial pathogens may also occur.

Importantly, identifying a bacterial group does not establish that every strain is susceptible to enrofloxacin.

Why Culture and Sensitivity Matter

Culture and sensitivity testing moves treatment beyond visual guesswork.

A properly collected sample may help answer:

• Is bacterial infection present?
• Which organism is involved?
• Is it susceptible to enrofloxacin?
• Is resistance present?
• Would another antimicrobial be a better fit?

Culture becomes especially valuable when:

• The disease is severe
• Several birds are affected
• The condition returns repeatedly
• Previous antibiotics failed
• A valuable breeding collection is involved
• Mortality is occurring

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Respiratory Disease: Enrofloxacin Is Only One Possible Conversation

Bird owners frequently research enrofloxacin after seeing:

• Sneezing
• Wet nostrils
• Nasal discharge
• Eye discharge
• Sinus swelling
• Audible breathing
• Tail bobbing
• Voice changes
• Reduced flight endurance
• Open-mouth breathing

A susceptible bacterial respiratory infection is one possibility.

Other possibilities include:

• Aspergillosis or other fungal disease
• Chlamydial infection
• Mycoplasma-associated disease
• Viral disease
• Air-sac mites in susceptible species
• Heart disease
• Nutritional deficiency
• Smoke or aerosol exposure
• Heat stress

Severe Breathing Difficulty Is an Emergency

Do not rely on oral medication alone when a bird is struggling to breathe.

Emergency signs include:

• Continuous open-mouth breathing
• Severe tail bobbing
• Marked neck extension
• Collapse
• Inability to perch
• Repeated falling
• Rapid deterioration

A severely compromised bird may require oxygen, fluids, temperature management or other immediate supportive treatment.

Do Not Force Oral Liquid Into a Bird in Respiratory Crisis

Forceful restraint can increase oxygen demand.

Incorrect oral administration can also result in aspiration.

Stabilization takes priority when respiratory effort is severe.

Digestive Disease: Why Droppings Can Be Misleading

Enrofloxacin may be considered for selected susceptible bacterial gastrointestinal disease.

But abnormal droppings can also occur with:

• Coccidiosis
• Giardia
• Trichomoniasis
• Worms
• Yeast disease
• Liver disease
• Kidney disease
• Dietary changes
• Stress
• Toxin exposure

“Diarrhea” is therefore not enough information to select an antibiotic.

Systemic Bacterial Disease

Bacterial illness may extend beyond one organ system.

Possible warning signs include:

• Marked lethargy
• Persistent feather fluffing
• Rapid loss of weight
• Appetite loss
• Weak grip
• Reduced responsiveness
• Abnormal droppings
• Respiratory changes

Systemic disease can require supportive treatment alongside the antimicrobial plan.

Wounds, Skin Infections and Bumblefoot

Bacterial infection may occur after:

• Trauma
• Bites
• Foot injuries
• Pressure lesions
• Self-trauma
• Damaged skin

However, treating bacteria without correcting the original cause can produce recurrence.

For example, a foot lesion may continue when inappropriate perches, obesity or poor hygiene remain unchanged.

Why the 1-Liter Format Requires Good Inventory Discipline

A large bottle may remain in storage longer than a small bottle.

That makes organization especially important.

Record:

• Product name
• 10% strength
• 100 mg/mL concentration
• Opening date when relevant
• Expiration information
• Storage conditions

Never allow a large bottle to remain unidentified in a treatment room or aviary.

Keep the Original Label With the Product

The bottle identifies:

• Enrofloxacin
• 10% concentration
• 100 mg/mL strength
• 1000 mL / 1-liter volume
• Oral-liquid format
• Storage information
• Product warnings

Do not transfer the liquid into an unmarked bottle.

Why This Article Does Not Provide a Universal Dose

A 1000 mL bottle does not create one standard dose for every bird.

The treatment plan can depend on:

• Species
• Current body weight
• Age
• Diagnosis
• Bacterial organism
• Susceptibility pattern
• Infection location
• Disease severity
• Hydration
• Other medications
• Administration method

For this reason, this guide does not provide a universal milliliter, drop or gallon-based formula.

Why a 1-Liter Bottle Makes Accurate Measuring More Important—not Less

The size of the original bottle should never determine the accuracy of preparation.

Use appropriate calibrated measuring equipment when instructed.

Do not rely on:

• Kitchen spoons
• Bottle caps
• Visual estimates
• Uncalibrated droppers

Why “Drops” Are Not a Universal Measurement

Drop volume changes with:

• Dropper tip diameter
• Angle
• Liquid characteristics
• User technique

A fixed “number of drops” should not be assumed to represent an identical volume across different dispensers.

Individual Treatment Versus Drinking-Water Administration

Liquid formulation does not automatically mean communal drinking-water treatment.

Individual administration

Individual treatment can make it easier to determine what one bird receives, but appropriate restraint and technique are essential.

Communal drinking water

Shared-water treatment introduces uncertainty because birds consume different amounts.

Water consumption changes with:

• Species
• Body size
• Temperature
• Humidity
• Diet
• Fruit intake
• Disease severity
• Social rank

A severely sick bird may drink less than its healthy cage mates.

The Large-Aviary Problem: Unequal Intake

In a large bird collection, communal drinking does not guarantee equal intake.

Dominant birds may reach preferred water sources first.

Subordinate birds may drink less frequently.

Sick birds may remain away from the drinking area entirely.

Therefore, the presence of a 1-liter product should not be interpreted as evidence that every group-treatment situation will provide reliable individual exposure.

Do Not Increase the Water Concentration Because Some Birds Drink Less

Increasing concentration changes exposure for every bird using the same water source.

A bird that is refusing water may require individual veterinary reassessment, hydration support or a different administration plan.

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Enrofloxacin for Companion Pigeons

Enrofloxacin for pigeons is one of the most relevant avian search terms associated with the product.

The live product listing specifically includes pigeons kept as companion or ornamental birds within its pet-bird positioning.

Possible bacterial-disease warning signs may include:

• Respiratory discharge
• Reduced appetite
• Weight loss
• Abnormal droppings
• Reduced activity
• Reduced flight performance

But pigeon illness can also result from:

• Coccidiosis
• Trichomoniasis
• Worms
• Chlamydial infection
• Mycoplasma-associated disease
• Viruses
• Fungal disease

Racing Pigeons and the Temptation to Treat Performance

A racing pigeon can show disease through reduced performance before obvious physical symptoms appear.

However, reduced performance does not establish bacterial infection.

It may also reflect:

• Training load
• Nutrition
• Parasites
• Heat
• Respiratory irritants
• Viral illness
• Other systemic disease

Routine preventive fluoroquinolone use should not replace diagnosis, loft sanitation and biosecurity.

Enrofloxacin for Parrots

Parrots range from tiny companion species to large macaws.

Potential bacterial illness may present through:

• Reduced interaction
• Loss of appetite
• Reduced vocalization
• Weight loss
• Respiratory signs
• Abnormal droppings

Parrots can also develop fungal, nutritional, cardiac and toxic conditions that may initially resemble bacterial disease.

Enrofloxacin for Cockatiels

Cockatiels often reveal illness through subtle behavior changes.

Watch for:

• Reduced whistling
• Persistent feather fluffing
• Increased sleeping
• Reduced eating
• Eye or nasal discharge
• Tail bobbing

Mycoplasma, chlamydial disease, fungal infection and environmental irritation may overlap with bacterial symptoms.

Enrofloxacin for Budgies and Parakeets

Budgies and parakeets can lose an important percentage of body weight quickly.

Monitor:

• Weight
• Seed-hulling behavior
• Activity
• Breathing
• Droppings
• Vocalization

Small body size makes accurate veterinary measurement especially important.

Enrofloxacin for Canaries

A canary that stops singing may be giving one of the earliest clues that its health has changed.

But reduced song, weight loss and abnormal droppings can occur with bacterial disease as well as:

• Coccidiosis
• Other parasites
• Fungal disease
• Nutritional problems
• Systemic illness

Enrofloxacin for Finches

Finches have limited physical reserves.

A bird that isolates itself, becomes persistently fluffed or eats less should be evaluated promptly.

Do not assume that small size means a broad-spectrum antibiotic should be started automatically.

Enrofloxacin for Lovebirds, Conures and Macaws

Companion parrots often show illness first through behavioral changes.

Potential warning signs include:

• Reduced play
• Reduced vocalization
• Longer sleeping periods
• Loss of appetite
• Respiratory changes
• Dropping changes

Individual veterinary evaluation remains more important than the size of the product bottle.

What Enrofloxacin Does Not Treat

Coccidiosis

Coccidia are protozoal parasites and require appropriate anticoccidial management.

Trichomoniasis or canker

Trichomoniasis is a protozoal disease.

Worms

Enrofloxacin is not a deworming medication.

Fungal disease

Aspergillosis and other fungal infections require antifungal care.

Viral infections

Antibacterial medication does not directly eliminate viruses.

External parasites

Mites and lice require suitable antiparasitic management.

Heat stress

Enrofloxacin does not reduce an overheated bird's body temperature or correct dehydration.

Toxic exposure

The medication cannot neutralize smoke, aerosols, cleaning chemicals or toxic fumes.

Avian Chlamydiosis Requires Its Own Treatment Strategy

Avian chlamydiosis, also called psittacosis, is caused by Chlamydia psittaci.

Doxycycline has an established role in professional treatment protocols for this disease.

A bird with respiratory discharge should therefore not automatically be treated with enrofloxacin simply because a bacterial condition is suspected.

Environmental Respiratory Disease

Medication cannot compensate for unhealthy air.

Potential respiratory irritants include:

• Cigarette smoke
• Fireplace smoke
• Cleaning sprays
• Aerosols
• Perfumes
• Essential-oil diffusers
• Paint fumes
• Mold
• Feather and seed dust
• Poor ventilation
• Overheated nonstick cookware fumes

Removing the environmental hazard is the priority.

Why Quarantine Is More Powerful Than Routine Preventive Antibiotics

A newly acquired bird may carry infectious disease while appearing normal.

Quarantine allows time to evaluate:

• Body weight
• Appetite
• Droppings
• Respiratory health
• Parasites
• Behavior
• Recommended diagnostic tests

Preventing transmission is more sustainable than repeatedly treating an established aviary after disease spreads.

Aviary Biosecurity for Large Collections

Large-volume medication supplies should never replace basic biosecurity.

A well-managed bird collection may use:

• Dedicated quarantine cages
• Separate feeders and drinkers
• Dedicated cleaning equipment
• Regular body-weight monitoring
• Clean transport cages
• Controlled introduction of new birds
• Good ventilation
• Appropriate stocking density

Why Sanitation Changes the Need for Medication

Poor husbandry increases exposure to opportunistic pathogens.

Important preventive measures include:

• Fresh drinking water
• Regular bowl cleaning
• Prompt removal of spoiled food
• Regular droppings removal
• Dry housing
• Clean perches
• Good air exchange

Antibiotics should complement appropriate husbandry—not substitute for it.

Antimicrobial Resistance and Large-Volume Products

A large bottle can make repeated access easier.

That makes stewardship even more important.

Resistance pressure may be increased by:

• Treating nonbacterial disease
• Repeated unnecessary courses
• Routine preventive medication
• Using an unsuitable antimicrobial
• Unplanned antibiotic combinations
• Inaccurate preparation

Availability should never become the reason an antibiotic is used.

Do Not Rotate Antibiotics Without a Diagnostic Reason

A common treatment pattern is:

one antibiotic does not appear to work → another antibiotic is tried → another is added → the original disease remains unidentified.

This approach can:

• Delay correct diagnosis
• Increase antimicrobial exposure
• Complicate laboratory testing
• Increase resistance pressure
• Allow fungal or parasitic disease to progress

Do Not Combine Enrofloxacin With Other Antibiotics Automatically

Adding doxycycline, amoxicillin, tylosin, azithromycin or another antibacterial should have a defined veterinary rationale.

“Covering everything” is not the same as targeted treatment.

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Daily Treatment Monitoring

Good records are particularly valuable in multi-bird environments.

For each affected bird, record:

• Identification
• Body weight
• Appetite
• Water intake
• Breathing
• Dropping appearance
• Activity level
• Medication administration
• Response to treatment

Individual records prevent a flock-level treatment plan from hiding deterioration in one bird.

What Improvement May Look Like

Depending on the bacterial condition, improvement may include:

• Return of appetite
• More normal activity
• Stable body weight
• Reduced respiratory effort
• Reduced discharge
• More normal droppings
• Improved social behavior

When to Stop Guessing and Reassess

Veterinary reassessment becomes especially important when:

• Breathing worsens
• The bird stops eating
• Weight continues falling
• The bird cannot perch
• Weakness becomes severe
• New neurological signs develop
• Several additional birds become sick
• Unexpected deaths occur
• No improvement occurs within the expected treatment period

The next step should not automatically be a higher concentration or another antimicrobial.

Supportive Care Can Determine the Outcome

Antibiotics address susceptible bacteria.

They do not automatically correct:

• Dehydration
• Malnutrition
• Low oxygen
• Severe weakness
• Pain
• Environmental stress

Veterinary supportive care may include:

• Fluids
• Supplemental oxygen
• Nutritional support
• Temperature management
• Reduced handling
• Pain management

Storage Becomes Especially Important With a 1-Liter Bottle

A large-format bottle deserves disciplined storage.

Follow the current product label and:

• Keep the product in its original container
• Close the bottle securely
• Protect it from inappropriate heat
• Protect it from direct sunlight
• Prevent contamination of the opening
• Keep it out of reach of children
• Keep it separate from human medication
• Track expiration information

Do Not Decant the Entire Bottle Into Smaller Unmarked Containers

Separating veterinary liquid from its original label creates opportunities for:

• Concentration confusion
• Product mix-ups
• Loss of expiration information
• Contamination
• Incorrect storage

If veterinary workflow requires another container, it should remain professionally and unmistakably identified.

Never Use Veterinary Enrofloxacin for Human Treatment

Animal-use enrofloxacin is not a substitute for human prescription medication.

Human infections require evaluation and treatment by a licensed healthcare professional using medication intended for human use.

Critical U.S. Food-Poultry Restriction

Enrofloxacin belongs to the fluoroquinolone antimicrobial class.

In the United States, extra-label fluoroquinolone use in food-producing animals is prohibited.

Fluoroquinolones are not currently approved for poultry use in the United States.

Therefore, this guide is focused on pet, companion and ornamental non-food birds.

Do not apply this information to:

• Laying hens producing eggs for human consumption
• Chickens raised for meat
• Food-producing turkeys
• Other birds entering the human food supply

Frequently Asked Questions About Enrofloxacin 10% 1000 mL

What is Enrofloxacin 10% Oral Solution?

It is a veterinary fluoroquinolone antibacterial liquid containing enrofloxacin 100 mg/mL.

How large is this product?

The bottle contains 1000 mL, equivalent to 1 liter.

Is 1000 mL the same as 1 liter?

Yes.

Does the 1-liter bottle contain stronger enrofloxacin than the 100 mL bottle?

No, when both products are labeled 10% / 100 mg/mL. The difference is package volume rather than active concentration.

How much larger is 1000 mL than 100 mL?

The 1-liter presentation contains ten times the total liquid volume.

What does 10% mean?

This formulation contains enrofloxacin at 100 mg/mL.

Is Enrofloxacin 10% the same as 2.5%?

No. A 10% product contains 100 mg/mL while 2.5% contains 25 mg/mL.

How much more concentrated is 10% than 2.5%?

The 10% formulation is four times as concentrated.

Can I use the same liquid volume for 10% and 2.5%?

No automatic substitution should be made between concentrations.

Is enrofloxacin an antibiotic?

Enrofloxacin is a veterinary antibacterial belonging to the fluoroquinolone class.

Is enrofloxacin broad spectrum?

It has activity against multiple types of susceptible bacteria, but it does not treat every organism.

Can enrofloxacin be used for bird respiratory infections?

It may be considered when the cause is a susceptible bacterial organism. Respiratory signs alone do not establish that enrofloxacin is appropriate.

Does enrofloxacin treat fungal respiratory disease?

No.

Does enrofloxacin treat viruses?

No.

Does enrofloxacin treat coccidiosis?

No. Coccidia are protozoal parasites.

Does enrofloxacin treat canker?

Trichomoniasis or canker is a different protozoal disease and requires appropriate treatment.

Does enrofloxacin treat worms?

No. It is not a dewormer.

Can Enrofloxacin 10% be used for companion pigeons?

The product is positioned for pet birds and the live listing includes pigeons kept as companion or ornamental birds. Suitability still depends on diagnosis and veterinary guidance.

Can enrofloxacin be used for parrots?

Enrofloxacin is used in avian veterinary medicine in selected circumstances, but species and bacterial susceptibility matter.

Can it be used for cockatiels?

Suitability depends on diagnosis, current weight and veterinary assessment.

Can it be used for budgies?

Small body size makes careful measurement particularly important.

Can it be used for canaries and finches?

Veterinary guidance is important because small birds can deteriorate rapidly and many diseases can resemble bacterial infection.

Does a 1-liter bottle mean it should be used for an entire aviary?

No. Package size does not determine whether individual or group treatment is appropriate.

Can it be administered through drinking water?

Use only the administration method specified by the exact product instructions and veterinary treatment plan. Individual water intake can vary substantially.

Can medicated water be made stronger if some birds drink less?

No. Poor water intake requires reassessment rather than arbitrary concentration increases.

Can Enrofloxacin 10% be measured using drops?

Drop size varies between devices, so a universal drops-based amount should not be assumed.

Can I use a kitchen spoon?

Household spoons are not appropriate precision measuring devices for concentrated veterinary liquids.

Can enrofloxacin be combined with doxycycline?

Do not combine antimicrobials without a specific veterinary rationale.

Can enrofloxacin be combined with amoxicillin?

Combination treatment should be professionally justified rather than added automatically.

Can enrofloxacin be used preventively in a healthy aviary?

Routine preventive antibiotic use should not replace quarantine, testing, sanitation and biosecurity.

Why is culture and sensitivity important?

It may identify the bacterial organism and show whether enrofloxacin is likely to be effective.

What if enrofloxacin does not work?

The diagnosis, bacterial susceptibility, administration method and overall health of the bird should be reassessed rather than automatically increasing medication.

How should the 1-liter bottle be stored?

Keep it in its original labeled container and follow the current product storage instructions.

Can veterinary enrofloxacin be used by people?

No.

Can Enrofloxacin 10% be used in U.S. food-producing poultry?

No companion-bird guidance should be applied to food poultry. Fluoroquinolone use in U.S. poultry is prohibited under current federal restrictions.

The Professional Way to View the 1000 mL Format

The defining advantage of this presentation is not greater drug strength.

It is larger supply volume with the same clearly identified 100 mg/mL concentration.

That makes concentration discipline, inventory control and antimicrobial stewardship particularly important.

A professional approach asks:

1. Is the disease actually bacterial?
2. Is enrofloxacin appropriate for the suspected organism?
3. Which birds actually require treatment?
4. Is the product definitely 10% / 100 mg/mL?
5. Has each affected bird been evaluated appropriately?
6. Can administration be monitored accurately?
7. Is the aviary environment contributing to disease?
8. Is culture and sensitivity indicated?
9. Is the product being stored and labeled correctly?
10. Is antimicrobial use being documented responsibly?

The Enrofloxacin 1-Liter Management Checklist

• Confirm Enrofloxacin 10%
• Confirm 100 mg/mL
• Confirm 1000 mL / 1 L bottle
• Keep original labeling intact
• Record expiration information
• Use appropriate measuring equipment
• Do not copy 2.5% directions
• Identify affected birds individually
• Monitor appetite and body weight
• Monitor respiratory and digestive signs
• Use culture and sensitivity when appropriate
• Avoid routine preventive treatment
• Maintain quarantine and biosecurity
• Reassess treatment failures rather than escalating blindly

Important safety notice: Enrofloxacin 10% Oral Solution contains enrofloxacin 100 mg/mL and is a concentrated veterinary fluoroquinolone formulation presented here for pet and non-food companion birds. The 1000 mL / 1-liter package increases total supply volume but does not change concentration, diagnosis requirements or individual treatment considerations. Enrofloxacin does not treat viruses, fungal disease, coccidia, worms, trichomoniasis, heat stress, toxin exposure or every bacterial organism. Veterinary enrofloxacin should not be used for human treatment. In the United States, fluoroquinolone use in poultry is prohibited, so this article should not be applied to birds whose meat or eggs enter the human food supply.