Unlike your family doctor, who treats adults above 18 years, pediatricians in Jacksonville focus on the physical, mental, emotional, and overall health of your child. These pediatricians work with you to offer you advice, prevent illness, and foster a healthy lifestyle for your child.

Baby Well Check

For a new mother, it essential to keep an eye on the health of your newborn child. Experts of newborns indicate that a newborn baby’s health is a priority, and the health analysis of your baby should take place in the first week of their life. Pediatricians in Jacksonville take an average of thirty minutes to evaluate the health of your child. It helps them to come to a conclusive analysis of your child’s wellness. Having a certified pediatrician in Jacksonville will help you analyze your child’s health, which is essential for their growth.

Regular Checkups

Regular checkups for your child are necessary. Routine checkups ensure your baby’s development and growth. Visiting a pediatrician in your neighborhood will help you to know the child’s developmental progress or milestones. In every visit, the pediatrician checks height, weight, and overall body appearance of your child. Pediatricians in Jacksonville may also ask about your child’s behavior at home and in other places. They will observe things like smiling, rolling over, sitting up, language, etc., of your child.

Vaccination Or Immunization

Child immunization or vaccination is a health requirement but also a legal undertaking. Vaccines are injections of small amounts that help your child defend from infection and keep children immune to certain diseases. Pediatricians in Jacksonville follow the American Academy of Pediatrics guidelines to implement a child immunization schedule that you must follow for your baby’s healthy growth.

Nutritional Advice

Pediatricians in Jacksonville kid care take care of your baby’s immunizations and routine checkups and ensure that they are getting the right nutrition for the child’s growth. Most of the children become picky about food habits in the growing age. It means the kids will miss some essential nutrients, which are necessary for growth and development. The best pediatrician will make sure your baby gets the recommended daily amount of nutrients and always provide alternative nutrient sources to the parents.

Behavioral Issue

For new parents, they are always concerned about the behavioral change of their child. Most of them don’t know if the child is behaving as expected or have other behavioral aspects. Therefore, it is essential to consider a pediatrician’s service who will help you understand your child’s behavior and explain if they are behaving normally or not.

Common Colds

A newborn baby often addresses the common cold, especially in cold seasons. Common cold in babies leads to additional infections, and if not checked immediately, may have high chances of more severe conditions. Pediatricians in Jacksonville are specialists who will take care of your child’s treatment.

The hand consists of 27 bones (including the 8 bones of the wrist). Intricate in design and function, the hand is an amazing work of anatomic engineering and is an amazingly multifunctional and indispensible part of our body.

When the other associated structures (nerves, arteries, veins, muscles, tendons, ligaments, joint cartilage, and fingernails) are considered, the potential for a variety of injuries exists when trauma involves the hand. Therefore, any injury to the underlying structures of the hand carries the potential for serious handicap. To reduce this risk, even the smallest hand injuries require proper medical evaluation.

The goal of the treatment for injuries to the hand is a rapid and accurate initial evaluation and treatment. In other words, once an injury occurs, an experienced orthopedist such as Dr Arunava Lala strives to begin medical treatment quickly so the short- and long-term effects on the hand can be minimized.

The most common injuries of the hands are:

Thumb sprains
Wrist sprains
Injuries to the bone
Hand fractures
Wrist fractures
Dislocationsof the pip joint
Soft tissue and closed tendon injuries
Finger injuries
Wrist injuries
Broken hand

Hand Injury Symptoms

The symptoms of hand injuries can vary depending on the type of injury, how the injury occurred (mechanism), depth, severity, and location and are as follows :

Tenderness (pain), Deformity, Swelling and discoloration, Bleeding, Numbness, Decrease range of motion (difficulty moving), Weakness, Decrease in range of motion.
Anyone with a hand injury should consider calling a doctor or seek medical attention. The potential for devastating injuries increases greatly when medical attention is delayed. Even the smallest cut or seemingly innocent hand injury could require advanced treatment to prevent infection or significant loss of function.
Seek emergency medical care in these situations:

Fractures, dislocations, high pressure injuries, and amputations require immediate care.
Soft tissue injuries and amputations: Any deep, gaping (open), or dirty cut requires prompt medical care.

Fractures (Broken Bones) that require emergency Medical Treatment:

Dislocations

Evaluation to determine extent of injury
Pain relief
X-ray to rule out fracture and further define injury
Local anaesthesia
If there is no fracture or associated laceration, reduction to put bone back in place is attempted; reduced reduction of bones is painful, so some patients will require pain medication for the procedure.
Re-examination of the injury
Immobilization by splinting or budding taping
X-ray for confirmation of correct alignment
Follow-up with hand surgeon or orthopedist, usually within 24-48 hours.
Dislocations are the result of injuries to the ligaments around joints. In a dislocation, a bone is displaced out of normal position resulting in obvious deformity, pain, and decreased mobility. When a dislocation occurs, the doctor will evaluate the injury to ensure there are no fractures. Dislocated bones must be put back in place. This process is called reduction, which is the realignment of dislocated or broken bones. Reduction can be accomplished by external manipulation of the injured area (closed reduction) or by surgery (open reduction). All require follow-up care after a period of immobilization, usually with a splint or cast. The goal of treatment is to preserve the function and stability of the joint.

Splinting describes any method used to keep the injured hand or finger from moving. The doctor may place an injured hand or finger against a solid, stiff object but not inside a cast. With a splint the injured area is immobilized yet still has room to swell. A cast does not allow for swelling, so the injury may be casted a few days after swelling has decreased.

Buddy taping is a procedure where the doctor tapes an injured finger to an adjacent finger to keep the injured finger from moving. The other finger becomes a splint.

Fractures (broken bone)

Evaluation to determine extent of injury
Pain relief
X-ray
Referral for operative repair or acute reduction; some patients will require conscious sedation (anaesthesia technique where the patient is not fully sedated, but does not require ventilation assistance).
Referral for failed/inadequate reduction
Re-examination
Immobilization by splinting or budding taping
X-ray for confirmation of correct alignment
Follow-up with primary care doctor or hand specialist for severe or complicated fractures
Fractures of the hand and wrist are fairly common. Most fractures heal well if treated in a timely and appropriate manner. Some injuries may require a series of X-rays over one to two weeks. The small bones and complex structure of the hand make some fractures difficult to detect. The treatment of fractures depends on a number of factors including the severity of the crack or break, whether joints are involved, the location of the specific bone injured, the amount of deformity (displacement), and if there is a laceration (cut) associated with the fracture.

Children’s bones are still growing and so are susceptible to fractures involving the soft areas where the bone growth is actually occurring (growth plate). Some of these growth plate injuries are difficult to diagnose because they do not show up on X-rays. Injuries near the growth plate areas of a child’s hand therefore may need to be treated as fractures (breaks) even with normal X-rays. Some doctors will X-ray the opposite uninjured hand to compare with the injured hand to assist with visualizing growth plate fractures or disruptions.

Treatment & Recovery :

Treatment of a recent fracture rarely includes an enclosed cast. Fractures and other injuries that require immobilization are often splinted on one side to prevent compression injuries from a cast that covers the entire hand. A splint allows room for the swelling associated with acute injuries, which may prevent the loss of adequate circulation or nerve injury. Splinting does not entirely eliminate the possibility of this complication. Anyone who experiences numbness, color change, or the feeling of tightness after splint application should return to the doctor immediately or go to the emergency department. Recovery time from a hand injury depends on the nature of the damage and the force of the impact.

Papain is a low specificity proteolytic enzyme. It is widely found in the roots, stems, leaves and fruits of papaya, and has the highest content in immature latex. Papain is a sulfhydryl protease, and its active site contains cysteine, which has the characteristics of high enzymatic activity, high thermal stability and high safety. Therefore, it is widely used in the food, medicine, feed, chemical, cosmetic, leather and textile industries.

The role of papain

The immature papaya fruit contains a variety of proteolytic enzymes such as papain, chymotrypsin A, chymotrypsin B, and papain B. It is known that the primary structures of the four cysteine proteases have a high degree of homology. Among them, papain is a sulfhydryl protease, which can hydrolyze the carboxyl end of arginine and lysine in proteins and polypeptides. And can preferentially hydrolyze those amino acids with two carboxyl groups or aromatic L-amino acids at the N-terminus of the peptide bond.

Papain is a proteolytic enzyme with a molecular weight of 23.4 kDa, composed of a single peptide chain, containing 212 amino acid residues. There are at least three amino acid residues in the active center of the enzyme. They are Cys25, His159 and Asp158. When Cys25 is oxidized by oxidants or combined with metal ions, the activity of the enzyme is inhibited, while the reducing agent cysteine (or sulfite) or EDTA can restore the activity of the enzyme. The other six cysteine residues form three pairs of disulfide bonds, and none of them are in the active site. Pure papain products can contain: (1) papain, with a molecular weight of 21 kDa, accounting for about 10% of soluble protein. (2) Papaya chymotrypsin has a molecular weight of 26 kDa and accounts for about 45% of soluble protein. (3) Lysozyme, with a molecular weight of 25 kDa, accounts for about 20% of soluble protein, and different enzymes such as cellulase.

Application areas of papain

Pharmaceutical industry: drugs containing papain can treat tumors, lymphatic leukemia, protobacteria and parasites, tuberculosis, etc., and can also help reduce inflammation, promote choleretics, relieve pain, and aid digestion. It can also help treat gynecological diseases, glaucoma, bone hyperplasia, gun knife wound healing, blood type identification, insect bites, etc.

Food industry: Enzymatic reactions can be used to hydrolyze large food molecules into small peptides or amino acids. It is used to hydrolyze animal and plant proteins, make meat tenderizer, hydrolyzed sheep placenta, hydrolyzed soybeans, biscuit loosening agent, noodle stabilizer, beer beverage clarifier, advanced oral liquid, health food, soy sauce brewing and wine starter, etc. It can effectively transform the utilization of protein, greatly improve the nutritional value of food and reduce costs.

Cosmetics: papain is added to cosmetics containing protein and oil, which has unique whitening and rejuvenation, beauty and health care, freckle removal and dirt removal, promoting blood circulation, improving skin, etc., and improving product quality. It can be made into slimming tea, beauty and skin care products.

Daily chemical industry: papain is used in the production of soaps, soaps, detergents, washing powders, and hand sanitizers, with strong detergency.

Feed industry: Papain is used as a feed additive to develop protein sources, which is good for absorption, improves feed utilization, and saves costs. Such as adding to the feed of pigs, cattle, sheep, chickens, ducks, geese, fish, shrimps, etc. It can also be used as an additive for high-grade compound fertilizers for vegetables and fruits.

The use of papain is very extensive, and the methods of use are also diversified. Creative Enzymes provides high-quality papain that can meet your different needs.

Starting from a cup of coffee or milk in the morning, it seems that a vital substance—enzyme, is inseparable from modern people’s dining table. In fact, not only in the food and beverage industry, but also in medical, household, health, energy, environment and other fields, enzymes are playing an important role. In the industrial enzyme industry, Creative Enzymes can be described as a leader supplier. It has a large market share in the industrial enzyme field, providing products and services to companies from 40 industries in 50 countries and regions.

“Food enzymes have a lot to do in improving food processing efficiency, ensuring food health and safety, and promoting sustainable development. I look forward to more food enzymes entering the market in the future.” said the product manager of Creative Enzymes.

Perhaps the ancients did not realize the existence of enzymes, but they have long used the properties of enzymes, especially in the production and processing of food. The history of humans using enzymes to produce bread, cheese, wine, etc. can be traced back to six thousand years ago. The utilization of enzymes by human beings has developed to this day, with deeper and deeper understanding and more and more extensive applications, resulting in the need to purify and process enzymes in nature, and extract enzymes from biological cells or tissues. The industrial enzyme production was born from this.

“Enzyme is a wonderful substance from nature. Without enzymes, organisms cannot survive. Now, everyone’s daily life is almost inseparable from enzymes.” Dr. Richard said. “Whether it is staple foods such as bread and steamed buns, or seasonings such as soy sauce and monosodium glutamate, or the production of dairy products and alcohol, enzymes have their effect. The addition of enzymes in the production process not only improves the taste and quality of food, but also greatly improves the efficiency of food processing.”

The production of MSG is a typical example. Initially, MSG was obtained by acid hydrolysis, which was expensive, costly and polluted. Later, the process of MSG production was improved, and the method of microbial fermentation was used for extraction. The use of enzymes has brought revolutionary changes to the production of commercial MSG, and the production efficiency of MSG has been greatly improved.

The use of enzymes can reduce the consumption of energy, raw materials and chemicals, as well as carbon dioxide emissions. In production, the use of enzymes can achieve “multiple benefits in one fell swoop”, which can not only partially replace the addition and use of chemicals, reduce pollution emissions, protect the ecological environment, but also save energy consumption, reduce cost input, and improve production efficiency.

In order to achieve sustainable development, Creative Enzymes provides biological solutions to the world. Creative Enzymes maintains a keen sense of smell for new technologies and is committed to applying the most cutting-edge technology to the development and production of enzymes.