The Egg Solution & Services

The Egg Solution & Services Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from The Egg Solution & Services, Veterinarian, Guwahati, Guwahati.

We offer the following chargeable services in fields mentioned above
• Technical consultancy for your existing Farming ( Layer & Broiler ) – Farm Visits, Disease Diagnosis, Treatment , Farm & Feeding management, Shed Cleaning & Disinfection , Vaccination Programme etc
• Hatchery & Feed Mill Management
• Preparation of detailed project report (DPR) for Layer & Broiler Farm – Bankable
• Complete co

nsultancy including initial farm setup guidance up to full implementation of project
• Sourcing recommendations for raw material, quality equipment, Chicks, Medication, Vaccine, feed etc which is required for new farm setup.
• Training on Poultry farm Management & Nutrition ( Layer, Broiler & Desi Birds )
• Guidance for value addition to Chicken & Egg & its sales & Marketing
• Help to grow Poultry farming business in all sectors of Industry.

11/10/2025

*Egg weight* is primarily influenced by hen body weight, with heavier hens producing larger eggs and lighter hens producing smaller eggs. Age is also a major factor, as egg weight increases steadily as hens age and decrease as they get old. Genetics, nutrition, and management practices like beak trimming, lighting programs, and feed space also play a significant role in managing and optimizing egg weight.

⚖️ *Hen Body Weight and Age* 🐓

📍 *Body Weight*: There is a positive correlation between hen body weight and egg weight, especially after the peak laying period. Ensuring that pullets reach their target body weight at the right age is crucial for developing a strong musculoskeletal structure necessary for consistent egg production.
📍 *Age:* When hens start laying, their first eggs are typically small. As the hen ages, her eggs gradually increase in size.

💣 *Other Influencing Factors*

📌 *Genetics*: Different genetic strains of layers have varying average egg weights.
📌 *Nutrition:* The nutritional composition of the feed, particularly its energy and protein content during the growing phase, influences body weight and, consequently, egg size.

📋 *Management Practices:*

📮 *Beak Trimming*: Beak trimming can impact body weight and flock uniformity, affecting egg weight.
📮 *Lighting Programs*: The lighting program for growing pullets can influence body weight attainment.
📮 *Feed Space*: Adequate feed space allotment is necessary to ensure uniform feed intake and uniform body weight gain.
📮 *Disease & Environment*: Health challenges and environmental factors like temperature and humidity can affect a hen's ability to maintain her body weight and achieve her target egg weight.

*Why it Matters* ⁉️

1️⃣ *Market Demands*: Controlling egg weight is essential for meeting market demands for specific egg sizes.
2️⃣ *Production Efficiency*: Proper body weight management helps maintain a long and cost-effective production cycle.
3️⃣ *Egg Production Persistency*: Managing body weight helps maintain consistent egg production over time.

08/10/2025

*Basic poultry management involves selecting proper breeds, ensuring good housing with adequate space, ventilation, and a clean, dry environment, and providing a balanced diet and fresh water*. Key practices also include robust biosecurity measures, effective health monitoring and disease prevention through hygiene and vaccination, and managing records for informed decision-making to ensure flock health, welfare, and productivity.

🛖 *Flock & Housing Management 🐓*:-
📢 *Breed Selection:* Choose disease-free and suitable breeds for your production goals (meat or eggs).
📣 *Housing:* Provide spacious, well-ventilated sheds/cages to prevent overcrowding, reduce stress, and maintain optimal temperature and humidity.
🎤 *Environment:* Ensure the house remains clean, dry, and well-drained with appropriate bedding to prevent waterlogging.
🛟 *Safety:* Protect birds from predators and provide a safe, comfortable environment with proper resting and social spaces.

🥗 *Nutrition and Water Management* 🚰 :-
🔔 *Feed:* Supply good quality feed that is adequate for growth and productivity.
🔔 *Water:* Provide clean, fresh, and potable water at all times.
🔔 *Space:* Ensure adequate feeding and drinking space per bird to prevent competition.

👨‍⚕️ *Health & Biosecurity* 🧱 :-
🏆 *Hygiene:* Maintain strict hygiene by regularly cleaning and disinfecting poultry houses, equipment, and the farm environment.
🏆 *Biosecurity:* Implement strict measures to control access to the farm and limit the risk of disease introduction.
🏆 *Health Monitoring:* Regularly monitor birds for signs of illness and keep detailed records of vaccination schedules and any unusual behaviors.
🏆 *Disease Prevention:* Procure chicks from reputable hatcheries, test feed for contaminants, and practice rodent control.

📖 *Record Keeping -:*
📅 *Data Collection:* Keep detailed records of feed usage, egg production, mortality rates, and flock behavior.
📅 *Informed Decisions:* Use these records to spot issues early, make informed decisions, and improve overall management.

06/10/2025

If a pungent odor fills the air in your poultry house, you may have a serious situation on your hands. Ammonia is a toxic and harmful gas that can cause immeasurable damage if left unchecked, including the death of your flocks and serious financial drawbacks. It's also natural and unavoidable if you have a chicken farm. Frequent testing can prevent ammonia from causing severe diseases in your flocks.

*What Is Ammonia and Where Does It Come From?*
Ammonia is a strong-scented gas caused by the chemical breakdown of your flock's f***l matter. A specific bacteria in your litter or bedding decomposes the uric acid found in the stools. If enough of the gas builds up, you can easily smell a pungent stench in your barn or chicken houses. Whether ammonia builds up in your poultry house depends on the flock's living conditions and how well the building is ventilated. Ammonia is a natural part of f***l matter decomposition that cannot be eliminated. However, you must manage the ammonia gas levels in your poultry house to maintain a healthy flock.

Certain elements contribute to how bacteria degrades the uric acid in your flock's droppings, including:
- The moisture content of your poultry house
- The litter's pH levels
- The temperature of your litter

The main contributors to high levels of ammonia in your poultry house include the following:

1. *Poor ventilation:*
Poor airflow & Inadequate ventilation is a primary cause of high ammonia levels, especially in temperate regions during the winter.

2. *High-protein diets*:
Feeding birds a diet high in protein can lead to long-term exposure to high ammonia levels.

3. *Unmanaged f***l matter:*
Loose droppings and unmanaged f***l matter can contribute to high ammonia levels.

4. *Poor bedding management:*
Poor management of bedding moisture and temperature can contribute to high ammonia levels.

5. *Environmental conditions:*
High temperatures and moisture can exacerbate ammonia concentrations.

6. *Stocking density*:
Stocking density can affect ammonia concentrations.

Other factors that can affect ammonia levels include: Housing style, Litter conditions, Handling methods, ventilation, and Manure/litter pH level

All these factors result from having wet litter in your poultry house. Wet litter creates a breeding environment for bacteria and other gases as droppings decompose. These gases are intensified by the moisture, high pH levels and hotter temperatures in your litter and poultry house and lead to health issues in your birds.

04/10/2025

*A high number of dirty or pasty eggs* covered with f***s and other contaminants poses significant food safety risks, economic losses for producers, and can damage consumer trust. The shell, while appearing solid, is porous and can allow harmful bacteria to pe*****te the egg, even if the shell isn't visibly cracked.

👩‍👩‍👦‍👦 *Food safety and public health impacts* 💡

🔺 *Contamination with pathogenic bacteria*: The most serious threat is contamination with pathogens like Salmonella and E. coli, which chickens naturally carry in their f***s. These bacteria can enter the egg through the porous shell.

🔺 *Risk of foodborne illness*: Consuming dirty or improperly handled eggs significantly increases the risk of foodborne illnesses, which can cause severe symptoms like diarrhea, fever, and abdominal cramps. Certain groups, such as young children, the elderly, pregnant women, and the immunocompromised, are at a higher risk of severe illness or even death.

🔺 *Cross-contamination*: Handling dirty eggs can spread bacteria to hands, kitchen surfaces, utensils, and other foods. This can lead to the widespread contamination of an entire kitchen.

🔺 *Contamination of other eggs*: In commercial settings, dirty eggs can contaminate cleaner eggs that share the same processing equipment.

🔺 *Deterioration of egg quality*: Poor sanitation can also lead to microbial spoilage of the egg's contents, causing rot, off-flavors, and reduced shelf life.

💰 *Economic impacts for producers* 💲

🔹 *Lower value and grading*: Eggs that are visibly dirty are considered lower grade and are sold for less than clean eggs. In some cases, they may be sold for "breaker" products (processed eggs) rather than for the more profitable shell egg market.

🔹 *Increased costs for washing:* While washing is a solution, it adds to production costs, including equipment, labor, water, and sanitizing chemicals. Poorly executed washing can also damage the protective cuticle on the egg's shell, which can increase bacterial pe*******on.

🔹 *Rejected products and export issues*: Eggs that do not meet cleanliness and safety standards may be rejected by retailers or face export limitations. Some countries with stricter sanitation laws will not accept imports from regions with poor egg handling standards.

🔹 *Damage to reputation*: A single instance of foodborne illness linked to a farm's eggs can cause a loss of consumer trust, decrease sales, and tarnish the brand's reputation for an extended period.

29/09/2025

*Trace minerals like zinc, selenium, and copper are crucial for poultry immunity* because they act as cofactors for antioxidant enzymes, support antibody production, and maintain gut integrity, which together improve resistance to stress and disease. Proper levels of these micronutrients are vital for activating immune functions, enhancing overall bird health, and reducing mortality rates in commercial poultry operations.

🚨 *How Trace Minerals Support Immunity*🚨

1️⃣ *Antioxidant and Anti-Inflammatory Roles:*
Minerals such as zinc, copper, selenium, and manganese are essential for the synthesis of antioxidant enzymes, like superoxide dismutase (SOD) and glutathione peroxidase (GPx). These enzymes combat oxidative stress caused by pathogens or environmental stressors, protecting the bird's cells and tissues.

2️⃣ *Antibody Production and Cell Function:*
Zinc plays a vital role in producing antibodies and maintaining the function of immune cells. This enhances the bird's ability to mount an effective response against infections.

3️⃣ *Gut Health and Barrier Function:*
Trace minerals contribute to the structural integrity of the gut's epithelial lining. A healthy gut barrier prevents pathogenic bacteria and other toxins from entering the bloodstream, thus reducing systemic inflammation and immune challenges.

4️⃣ *Enzyme Activation:*
Many trace minerals are integral components of enzymes essential for various biochemical reactions, including those supporting the immune system.

®️ *Examples of Key Trace Minerals*
✳️ *Zinc (Zn):*
Crucial for antibody synthesis, immune cell development, and maintaining gut health.
✴️ *Selenium (Se)*:
A powerful antioxidant that helps protect cells from damage and is a component of antioxidant enzymes like GPx.
✳️ *Copper (Cu):*
A cofactor for the SOD enzyme and important in the development of immune cells.
✴️ *Iron (Fe):*
Essential for oxygen transport (via hemoglobin) and plays a role in immune functions and DNA synthesis.

©️ *Importance in Commercial Poultry*
⚜️ *Improved Disease Resistance*:
By strengthening the immune response, trace minerals help poultry birds resist infections and reduce the impact of diseases.
⚜️ *Stress Mitigation:*
During periods of stress, the body's demand for antioxidants increases. Trace minerals help meet this demand, protecting birds from the detrimental effects of stress.
⚜️ *Enhanced Performance and Reduced Mortality*:
Optimizing trace mineral levels contributes to overall bird health, leading to better growth rates, feed efficiency, and lower mortality rates from diseases

28/09/2025

👁️🐔 *Oral Drop Vaccination in Poultry – SOPs Every Farm Should Follow*

Oral drop vaccination is one of the most accurate and effective methods in poultry, ensuring each bird receives the correct dose of live vaccine. It’s commonly used in layers for NDV, IB, ILT, and other important diseases. But to get the best results, strict SOPs must be followed.
Here’s a complete guide for poultry professionals 👇

1️⃣ *Why Oral Drop Vaccination*?
✔️ Ensures each bird gets the full vaccine dose
✔️ Produces uniform immunity across the flock
✔️ Reliable method for priming young birds

2️⃣ *Vaccine Storage & Handling*
📦 Store vaccines at 2–8°C (35–46°F) at all times
🚚 Transport in a cool box with ice packs (4–8°C)
⚠️ Never expose to sunlight or freeze

3️⃣ *Preparation Before Vaccination*
🛠️ What you need:
Clean/disinfected table
Sterile droppers or applicators
Gloves, masks, protective clothing
Chlorine-free water for reconstitution
Cold wet cloth to cover droppers (maintains temperature)

✅ *SOPs:*
1. Wear gloves and open vials in shade
2. Reconstitute vaccine in clean cool diluent
3. Mix gently (not vigorously)
4. Keep droppers cool with wet cloth throughout
5. One dropper (1,000 doses) should be finished in ~30 minutes
6. Use all prepared vaccine within 2 hours

4️⃣ *Administration*

💧 *Method:*
Hold bird gently, tilt head slightly back
Give 1 drop in mouth (oral) or eye (ocular)
Ensure the bird swallows/blinks before release

👨‍⚕️ *Tips for success:*
Vaccinate in calm environment
Use calibrated droppers for consistent drop size
Work in teams: catcher, vaccinator, recorder
Cover droppers with wet cloth to prevent warming

5️⃣ *Biosecurity & Safety*
Wear gloves, masks during vaccination
Don’t eat or drink while handling vaccines
Dispose of vials/unused doses properly (bury or burn)
Disinfect hands, droppers, and equipment afterward

6️⃣ *Checking Vaccine Success*
🔹 Observe birds: swallowing or blinking confirms dosing
🔹 Mild reactions (watery eyes, sneezing) are normal
🔹 Serology (ELISA/HI): Check titers 2–3 weeks later

📊 *Indicators of good response:*
✔️ High, uniform antibody titers
✔️ CV (Coefficient of Variation) < 50%
✔️ Strong flock resistance against field challenge

✅ *Conclusion*
Oral drop vaccination may take more effort than drinking water vaccination, but when done right, it delivers the strongest and most uniform protection.

Following SOPs carefully ensures:
✔️ Better immunity
✔️ Higher flock uniformity
✔️ Fewer disease outbreaks
✔️ Improved production & profitability

---
💬 *Always consult your Vet for proper vaccination schedule for better protection of birds.*

26/09/2025

Poor ventilation in layer sheds leads to poor bird performance and health due to poor air quality from ammonia, dust, and high humidity, increasing respiratory diseases, heat stress, and reduced egg production. It also contributes to wet litter, which causes footpad dermatitis and other diseases, ultimately lowering flock productivity and farm profitability.

©️ *Health Impacts on Birds*

🐣 *Respiratory Illness*:
Accumulated ammonia and other gases irritate the respiratory system, leading to conditions like chronic respiratory disease (CRD) and increasing susceptibility to viruses.

🐣 *Heat Stress*:
Lack of airflow exacerbates heat stress, which slows growth, lowers feed intake, reduces egg quality and quantity, and can increase mortality rates.

🐣 *Weakened Immunity*:
Poor air quality and high stress levels weaken the immune systems of the birds, making them more vulnerable to diseases.

🥚 *Impact on Productivity*

🐔 *Lower Egg Production*:
Heat stress and poor air quality negatively affect egg production, leading to fewer and potentially lower-quality eggs.

🐔 *Reduced Feed Conversion*:
Birds consume less feed and water when stressed by poor ventilation, directly impacting their efficiency and farm profitability.

🐔 *Increased Mortality*:
High ammonia levels and heat stress can lead to significant mortality among the flock, resulting in financial losses for the farmer.

🚫 *Environmental Factors in the Shed*

🥚 *Increased Humidity*:
Inadequate ventilation traps moisture, raising humidity levels, which fosters bacterial and viral growth.

🥚 *Accumulation of Pollutants*:
Gases like ammonia, dust, and other airborne pollutants build up, deteriorating air quality and creating a toxic environment.

🥚 *Hot and Cold Spots*:
Poor airflow creates uneven temperature distribution, leading to hot or cold spots within the shed, which further stresses the birds.

⛔ *Indicators of Poor Ventilation*

🐤 *Strong Ammonia Odor*:
A pungent, urine-like smell is a sign of high ammonia levels.

🐤 *Condensation*:
The presence of moisture on walls and roofs indicates high humidity and poor air exchange.

🐤 *Coughing and Nasal Discharge*:
Birds exhibiting these symptoms often have respiratory issues linked to poor air quality.

🐤 *Open-Mouthed Breathing*:
Birds may breathe with their mouths open to get more oxygen in a poorly ventilated environment

24/09/2025

*To improve egg shelf life during production at a layer farm*, focus on frequent egg collection, proper storage, and maintaining hygiene. Frequent collection prevents contamination and breakage, while cool, dry storage minimizes microbial growth and spoilage. Implementing biosecurity measures and ensuring proper flock and coop hygiene further protects egg quality.

🥚 *Here's a more detailed breakdown*: 🥚

1️⃣ *Frequent Egg Collection*:
Collect eggs at least daily and preferably twice a day to minimize the time they spend in the hen house, reducing the risk of contamination and breakage.
Prompt collection helps avoid dirty or cracked eggs, which can harbor bacteria and decrease shelf life.

2️⃣ *Proper Egg Storage:*

♨️ *Temperature*:
Store eggs in a cool, dry place, ideally at a temperature below 20°C (68°F). Cold temperatures slow down microbial growth and reduce physico-chemical changes within the egg.

🚿 *Humidity:*
Maintain appropriate humidity levels to prevent excessive moisture loss and maintain egg quality.

🥚 *Orientation:*
Store eggs pointed-side down (small end down) to keep the air cell at the top, which helps preserve freshness.

⛔ *Avoid strong odors:*
Do not store eggs near foods with strong odors, as they can be absorbed through the porous shell.

3️⃣ *Hygiene and Biosecurity*:

🧹 *Cleanliness*:
Keep nest boxes, Shed and surrounding areas clean and dry to minimize bacterial contamination.

🧼 *Sanitation*:
Regularly sanitize collection and storage areas to prevent the buildup of harmful bacteria.

🛑 *Biosecurity:*
Implement biosecurity measures to prevent the introduction and spread of diseases, which can affect egg quality.

4️⃣ *Nutritional Considerations:*

🥗 *Balanced Diet*:
Ensure hens receive a balanced diet with adequate nutrients, including protein, vitamins, and minerals, to support optimal egg production and quality.

🥗 *Feed Management*:
Provide appropriate feed amounts based on the birds' age and stage of production. Avoid underfeeding or overfeeding, which can impact egg quality.

5️⃣ *Other Factors:*

🫧 *Egg Washing :*
If eggs are dirty, consider washing them with a sanitizing solution and drying them thoroughly. However, avoid excessive washing, which can remove the protective bloom.

🐓 *Age of Birds:*
Consider the age of your laying hens. Egg production and quality tend to decline as hens age.

🔖 *Marketing*:
Market eggs quickly after collection to minimize storage time and ensure freshness for consumers.

By implementing these strategies, you can significantly improve the shelf life of eggs produced on your layer farm and maintain their quality for longer periods. *Consult your Vet for Better Productivity & Performance of your Birds.*

Announcement Layer Online Training Date - 01/08/25 to 03/08/25Enroll soon.
22/07/2025

Announcement

Layer Online Training
Date - 01/08/25 to 03/08/25

Enroll soon.



ANNOUNCEMENTNew Layer Training Online Session beginning from 3rd April, 2025.Interest person can join the session to lea...
21/03/2025

ANNOUNCEMENT

New Layer Training Online Session beginning from 3rd April, 2025.

Interest person can join the session to learn in details about layer farming.

Enroll soon

Limited slots available.

14/08/2024

ANNOUNCEMENT

Dear all,

A new batch of ONLINE LAYER FARMING TRAINING will be starting from 25th August.

Enroll soon to get the opportunity to learn in details about the Layer Farming Project.

We covers
Planning
preparation

specifications
, Growing, Laying Managements
and Nutrition

and Treatment

Marketting techniques

DATE - 25TH August Tentative
FEES - 1100/-
TIME - 6-8 PM DAILY
LANGUAGE OF DISCUSSION - HINDI AND ENGLISH

PDF will be shared after training.

We will issue certificate on completion of the training.

DON'T MISS IT.

Contact @ 7018347141

Address

Guwahati
Guwahati

Telephone

+917018347141

Website

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