The liver has been the master organ.

It regulates the entire body’s functioning.

The liver has the power to regenerate itself.

Liver is a resilient organ, yet the modern liver’s health is at stake.

Alcohol is usually termed as damaging the liver.

But ironically, advanced liver diseases have now been found in people without alcohol use.

Age is no longer a bar to declining health.

A young guy of 18 years of age and an adult of 65 years of age share the same disease profile.

At Aprazer Healthcare (Hepatology medicine manufacturer), we are focused on manufacturing advanced liver care drugs.

We strive to delve deep to understand the modern-day complexities causing a rise in liver disorders.

What is causing the rise in liver diseases?

Liver health does not decline overnight.

Long- term health is built on daily habits.

The modern-day challenges not only affect mental health, it equally degrades physical health.

It is cutting down the overall health.

The habits of undisciplined eating, sedentarism, and stress are taking a toll on health.

How synthetic diets affect the liver?

Our liver is designed to filter the natural diet.

The processed food, refined carbs, fried foods, and extra sugars lead to an increased workload.

The synthetic products increase the level of toxins, overloading the liver.

The liver is not able to perform its functions of fat breakdown.

The fats accumulate in the liver.

The youngsters constantly serving the junk and the processed items, when tested, show an early start of liver degradation.

Why does lack of sleep stress the liver?

Sleep influences overall well-being.

Besides cognition or energy, it affects the organs, too.

Sleep is the natural time when the body heals.

It is a time for the body to repair cells and metabolism.

The liver filters toxins during the rest stage.

The lack of sleep shuts the repair window.

The body is not able to heal.

The liver starts to accumulate toxins and fats in itself.

No rest is no break to the body’s machinery.

Can chronic stress form a vicious cycle, damaging the liver?

Long-term stress at the workplace, households increases a burden on the mind.

It brings a hormonal shift.

It deregulates the endocrine.

It increases the level of cortisol and inflammation, which in turn slows the liver’s functioning.

 The excess stress alters the entire process of the body cycle-

• It disrupts sleep
• It leads to binge eating /skipping meals.
• hormonal imbalance

It forms a triad, severely increasing the workload on the liver.

Conclusion – 

The modern lifestyle and the ease of life cannot be completely refrained from.

Balancing is the key to moderation.

Key driver to good liver health- managing the triad 

Stress, diet, and sleep

The process of lyophilization has made the storage and handling of injectable comparatively easy.

The lyophilized products are lightweight and do not require refrigeration.

It significantly reduces the cost of transport, storage, and handling.

It removes the need for cold chain supply systems.

Lyophilized injections, and the process of lyophilization- 

The lyophilized injections are the freeze–dried powders.

These are reconstituted to form a liquid solution.

Lyophilization is the process of freeze- drying.

The liquid formulation is frozen to form a solid cake.

Reducing the pressure, it is dehydrated to remove the moisture.

It is filled in airtight vials.

How does lyophilization enhance the shelf life of injectable?

Removing the moisture from the product, rendering it in cake or powdered form, extends the shelf –life by rendering stable formulations.

• Eliminates risk of moisture degradation
• Prevents chemical reactions.
• Does not require harmful preservatives.
• It maintains chemical integrity.

What are the benefits of lyophilization for storage and distribution?

Lyophilized injections are easy to handle/transport in hospitals and healthcare providers.

• They eliminate the need for cold-chain storage.
• It reduces complicated logistics for supply.
• The caked powders have extended shelf lives.
• It eases stock management.
• Can be quickly reconstituted in emergencies.
• Reduced risk of contamination.
• Reduced risk of chemical degradation.

The applications of lyophilization in injectable- 

The lyophilization technique is widely used for manufacturing complex, high-stakes cancer drugs.

It is widely used to develop –

• Chemotherapy injections
• Targeted biologics
• Antibody-drug conjugates
• Antifungal injections
• Antiviral injections
• Antibiotic injections

Aprazer Healthcare – Redefining Drug Delivery 

As the leading drug manufacturer, we manufacture a wide range of injectables in oncology and critical care range.

We manufacture advanced formulations-

• Prefilled syringes
• Lyophilized formulations
• RTU- injections

Our flagship chemotherapy injections are available in lyophilized formulations.

• Doxorubicin hydrochloride injection – Dorucin 10mg
• Dacarbazine injection – Dacarzer 200mg
• Carboplatin injection – Carbokast 150mg

Choose Aprazer Healthcare for lyophilized injection manufacturing- 

• WHO-GMP certified manufacturing plant.
• Advanced lyophilization capabilities.
• Aseptic manufacturing
• Stringent quality control and quality assurance
• Skilled working professionals.

CKD is a condition in which kidney function is impaired.

The kidney is unable to filter the blood or waste.

When the kidney is already strained, using certain medications may lead to overload.

It may significantly cause renal injury.

It becomes crucial to know what is safe and what is not.

The medicines to be used cautiously in CKD – 

Pain killers – They cause vasoconstriction. It interrupts the flow of blood to the kidney.

It increases blood pressure. It can cause fluid retention. It leads to cardiac troubles.

Diabetes Medications – The reduced function of the kidney causes the accumulation of drugs.

It can lead to hypoglycemia and fluid retention.

Antibiotics /Antifungals / Antivirals – The accumulation of drug lead to toxicity.

The dose must be adjusted as per the condition.

Cardiac /blood pressure medicines – 

Not all blood pressure medicine damages the kidneys.

Many help manage functions.

The dose must be adjusted in CKD patients.

Certain medications can –

• Increase potassium levels
• Electrolyte imbalance
• Dehydration

PPIs/Antacids – These are widely used OTC medicines for gastric acid issues, GERD, or heartburn.

Longer use of antacids containing calcium, aluminum, etc., can cause an electrolyte imbalance.

It can cause acute renal injury.

Anticoagulant medicines – It increases risk of bleeding.

Reduced kidney function retains the medicine in the body.

It reduces its excretion.

Osteoporosis medicine- It can lead to hypocalcaemia.

The body is unable to process enough calcium.

Awareness is important in CKD patients- 

Often involved in self-medication or using supplements may not suit your kidneys.

Managing a healthy lifestyle and determining what to use and what not to can significantly lower the disease progression.

• It can prevent complications.
• Improve survival rates.
• Enhance quality of life.

Aprazer Healthcare Specializes in Manufacturing Nephrology Medicines 

Aprazer Healthcare is a pharmaceutical company and a global nephrology medicine manufacturer.

With continuous research and drug development, we are focused on manufacturing advanced drug therapies.

Implementing cutting-edge technology, we manufacture an exclusive range of nephrology medicines.

We work to make healthcare affordable and approachable-

• To meet the unmet needs
• To reach the underserved patients.

Our product portfolio consists of –

• Affordable advanced kidney medicines
• Transplant medicines
• Generic medicines
• Antihypertensive combinations
• Nephrology and diuretics

The microemulsion coating is a nano-coating technique to develop advanced drug formulations.

Compared to standard coatings, it enhances the solubility, bioavailability, and drug release pattern.

Modern drug manufacturing focuses on developing more stable, effective dosage forms.

Aprazer Healthcare – Advanced Drug Manufacturing 

At Aprazer Healthcare (pharmaceutical manufacturer), we are focused on developing advanced drug therapies.

Addressing the manufacturing challenges, leveraging advanced technology, we manufacture a range of advanced formulations.

From targeted therapies to controlled–release formulation, we manufacture a comprehensive range of pharmaceutical dosage forms.

What is microemulsion coating?

It is the coating of the drugs with nano-sized dispersions (thermodynamically stable and transparent).

It enhances the –

• Solubility
• Bioavailability
• Absorption
• sustained release

The components of microemulsion coating – 

It is a mixture formed by – 

• Oil phase
• Aqueous phase
• Surfactants
• Co-surfactants

The oil and the water phases are mixed.

The surfactants are added. They reduce the interfacial tension, rendering stable dispersions.

The emulsion formed consists of small nanoparticle droplets.

The drug is coated with the mixture using the spray drying technique or fluidized bed coating.

What are the advantages of microemulsion coating?

Controlled release formulation –

They encapsulate the drug within the tiny droplets.

These act as a reservoir.

The drug is released as a process of diffusion through the film coating.

It causes a slow and steady release.

Improved Bioavailability – 

The poorly soluble or unstable drugs are coated with polymers.

They are – stable, transparent, and colloidal nanoparticle dispersion.

It enhances the permeability and solubility.

Enhanced Absorption – 

The nanoparticle or the ultra-fine droplets have a larger surface area.

It increases drug absorption.

Enhanced Distribution – 

These are thermodynamically stable mixtures.

These do not form clumps or crystallize at a place.

Protection from degradation-

The coating protects the drug from enzymatic or PH degradation.

Better Patient Compliance- 

Microemulsion coating masks the taste or odor of the drug.

It improves compliance.

Increased stability/shelf –life 

These are thermodynamically stable. They do not change the phase.

It enhances stability and shelf life.

Increased Drug Load- 

It acts as a reservoir for both –

Hydrophilic /lipophilic drugs

Due to the multiphasic system, high concentrations of the drug can be incorporated.

Multi-functional formulation – 

It can incorporate multiple APIs by partitioning them between the two phases.

Scalable /cost- effective manufacturing – 

They are low-energy systems. They are cheap and faster to produce compared to nanoparticle carriers.

They are thermodynamically stable and less likely to spoil.

They have an extended shelf life.

The Therapeutic uses of microemulsion coatings- 

Oncology – 

The anticancer drugs are lipid-soluble.

It becomes difficult to dissolve.

The microemulsion coatings enhance the solubility of lipophilic drugs.

CNS Targeting Drugs – 

It solubilizes the poorly soluble drugs to cross the lipid cell membranes.

It enhances the permeability and effectively crosses the blood–brain barrier.

The drugs are coated to increase permeation through the nasal cavity.

Anti- infective drugs- 

The microfilm coating improves penetration into the targeted site/wound.

They also increase permeation into the bacterial cell.

Pediatric Drugs- 

The microfilm coatings mask the taste.

Encapsulating the bitter drugs, using taste modulators, increases patient compliance.

Transdermal Drug Delivery- 

Micro-emulsion coatings enhance the drug permeation through the dermal layer.

Acting as a reservoir, it helps control drug release.

Conclusion –

Microemulsion coatings have overcome the formulation barriers like poor solubility, lower permeation, and poor biocompatibility.

It is the transformation of the old drugs to form more stable and faster-acting solutions.

With the era of personalized medicines.

These are tailored therapies.

These are computer-aided designs.

These can be customized rapidly.

It enables personalized medicines and targeted therapies.

The dose is built layer by layer.

It allows for precise and controlled release of medication.

The types of 3D printing pharmaceuticals 

Fused deposition modelling- 

The polymer is fused and heated through a nozzle.

It is shaped in the form of 3 layers.

It is used for –

• Implants
• Zero-order release tablets
• Gastroretentive floating tablets

Semi-Solid Extrusions – 

The substance in semi-solid or semi-molten form.

It is passed through the syringe.

It is compiled in successive layers.

Direct Powder Extrusion- 

It is the powdered drug mixture.

It is added to the tailored drug delivery system.

It forms immediate-release tablets.

It leads to uniform drug distribution.

Thermal Inkjet Printing (TIJ)

The micro vapor is passed through a nozzle.

It leads to the uniform distribution of the drug.

It also leads to increased drug loading capacity.

It is used for heat-sensitive drugs.

Inkjet Printing (IP)

It consists of liquid droplets containing API.

It helps to get a continuous flow, rather than clogging.

The formulated ink is printed into-

• Films
• Micro needles
• Contact lenses

Binder Jetting – 

In this, the porous material is used for-

• High drug load
• It causes rapid drug dissolution

Light-induced polymerization – 

They cause liquid resins in layers.

It causes controlled release.

2 different layers are hardened to form a 3D structure.

It is used for a mould-free micro needle array.

It is used for transdermal drug delivery.

Selective laser sintering – 

The powdered material is converted into a solid structure.

The complex geometrics is formed.

It forms non –thermal sensitive products.

3D screen printing- 

The materials are combined into semi-solid forms.

It is applied in layers, 10 -150 micrometers.

It is a cold-press system.

It reduces heat-related damage to API.

Melt Extrusion Deposition – 

The powdered feedstock is softened.

It is added layer by layer to produce tablets.

These structures enable precise drug release.

It causes delayed, sustained, and pulsed profiles.

The Applications of the 3D printing procedure

• Colon –specific drug delivery
• Micro-Dosing
• Increase solubility
• Enhance bioavailability
• Unique dosage forms
• Non-contact processing
• Better accuracy

Aprazer Healthcare – The Advanced Drug Manufacturer 

Aprazer Healthcare is the pharmaceutical manufacturer.

We manufacture drugs using innovative technology.

We are drug exporters.

We manufacture targeted treatments.

We supply medicines across the globe.

It is not the condition that the body does not respond to antibiotics.

It is caused when the bacteria do not respond to antibiotics.

It is a global health challenge.

The unselective and frequent use of antibiotics has emerged as a threat to effective treatment.

It leads to treatment failure and the spread of the disease.

Ultimately, developing resistance to the drug.

Antimicrobial Resistance- Why and How?

The bacteria or the microbes change their structure.

It gets adapted to the antibiotics.

The medicine becomes ineffective.

It is not able to treat bacterial infection.

Antimicrobial resistance is caused by – 

Over prescription/self-medication – 

The frequent use of antibiotics.

The self-medication causes an overuse of antibiotics.

Without identifying the strain, these are used over the counter to treat simple flu and viral infections.

Antibiotics in viral infections – 

Antibiotics can’t be used for viral diseases.

It cannot cure viral infections.

It causes unnecessary exposure. It provides an opportunity for the bacteria to develop resistance.

Incomplete treatment – It leaves the viable bacteria.

The remaining microbes lead to the development of resistance.

Overuse of antibiotics – 

The use of pesticides in agricultural processes.

The antibiotics in cow milk.

It causes an accumulation of antibiotic content in the body.

It increases the risk of developing resistance.

Insanity and unhygienic – 

The contaminated water and surface.

It is the breeding area for resistant bacteria.

Incorrect use of antibiotics – 

Not using a specific antibiotic for the particular strain.

It increases the risk of resistance.

How does antimicrobial resistance lead to treatment failure?

The development of resistance to the bacteria renders the following effects-

It leads to inefficacy of the treatment.

It causes the spread of bacterial infection.

It leads to the use of stronger antibiotics for infections.

It advances the disease to chronic and complex conditions.

Aprazer Healthcare – Manufacturing a range of antimicrobial drugs

Aprazer Healthcare is leading pharmaceutical company.

It is the largest drug manufacturer.

We continue to invest in research and drug development.

We have robust R&D facilities.

Aprazer Healthcare is at the forefront of developing new drug molecules.

Our antimicrobial range consists of –

• Antibiotics
• Antibiotic injectable
• Antiviral
• Anthelmintic

Non–calorie sweeteners are extensively used in weight loss regimes.

Often, diabetics, to satisfy their sweet tooth, rely on artificial sweeteners.

Artificial sweeteners are usually found in all packaged foods.

Not only adults, but children are also using it excessively in the form of processed food items.

It is one of the major reasons for obesity disease, type -2 diabetes, increasing in children.

It becomes important to be aware of the lifestyle changes that adversely affect health.

At Aprazer Healthcare (pharmaceutical manufacturer), we believe that healthcare extends beyond medication and diagnosis.

Proactive measures play a significant role in disease prevention and management.

Leveraging the cutting –edge technology, we are focused on manufacturing advanced medicines focused on lifestyle disorders.

We are the leading life –saving medicine manufacturer and exporter from India.

Commonly used sweeteners – 

Sweeteners are used to prepare food items.

It includes a wide range, from bakery food to beverages.

• Aspartame
• Sucralose
• Saccharin
• Acesulfame Potassium
• High fructose corn syrup

Where are artificial sweeteners used? 

Marketed food items- 

These are widely used as these sweeteners are 100 times sweeter than sugar.

They offer a cost-effective option.

They are used in small amounts compared to sugar.

They are lower in calories.

These are heat-stable and have longer shelf –life.

Weight management – The artificial sweeteners are calorie-deficient products.

They bring the sweet taste without fat gain.

Diabetes – They do not bring an immediate sugar spike.

It is used for the sweet taste.

Artificial sweeteners are an unhealthy choice. Why? 

When used for the short term, it may be a healthy option.

Long-term use leads to several repercussions.

It increases the risk of-

• Type -2 diabetes
• Hypertension
• Obesity
• Heart problems
• Stroke
• Mood changes
• Depression
• Anxiety

Metabolic deregulation – 

It leads to cravings.

It causes overeating.

It causes insulin resistance.

It increases hunger.

Gut issues – 

They change the gut microbiota.

This leads to depletion of healthy bacteria.

It leads to inflammation in the gut.

It causes bloating and diarrhea.

It can cause IBS.

Cardiovascular issues- 

Many sweeteners increase the risk of stroke, blockage, and heart attack.

They increase the platelet formation.

It thickens the blood.

It disrupts the flow of the blood.

Neurological issue- 

They cause inflammation in the brain and gut. 

It affects the neurotransmitters.

It leads to –

• Mood swings
• Anxiety
• Depression

They release free radicals, damaging brain cells.

Understanding the additive nature of artificial sweeteners- 

Excessive sugar use may increase its liking and craving.

It releases dopamine in the brain.

It brings a hike in sugar and the neurotransmitter.

It causes a state of temporary happiness.

After a temporary effect, sugar comes down.

It leads to a craving.

The unnatural sweeteners are much sweeter than sugar.

It leads to the release of a large amount of dopamine in the brain.

Sugar addiction is real in children.

Children unknowingly fall prey to the vicious circle of sugar addiction.

It is available in all the marketed food items.

The symptoms that the child is regularly eating processed items include-

• Aggression
• Hyperactivity
• Anxiety
• brain fog

Moderation is important. The diet should be focused on using natural sugars.