Growth Hormone Therapy for Kids in Santa Rosa–Petaluma

When a child is shorter than expected, parents often wonder whether the difference is simply genetic or whether something may be interfering with normal growth.

For families searching for growth hormone therapy for kids in Santa Rosa–Petaluma, that distinction is one of the most important places to begin.

Some children are naturally shorter because of family genetics. Others mature later and experience their growth spurt after many of their classmates. But persistent slow growth can also occur with growth hormone deficiency, delayed puberty, thyroid disorders, nutritional problems, chronic medical conditions, or other pediatric growth disorders.

The challenge is determining which pattern applies to your child.

Families throughout Santa Rosa, Petaluma, Rohnert Park, Windsor, Sebastopol, Cotati, Healdsburg, Sonoma, and surrounding Sonoma County communities can benefit from a comprehensive pediatric growth evaluation when height or growth rate begins to raise concerns.

Growth hormone therapy can be an effective medical treatment for appropriately selected children, but the decision should be based on much more than being short.

The goal of evaluation is to answer three questions:

Is my child growing normally?

If not, what is causing the slow growth?

Is there a treatment that could meaningfully improve the child's growth outcome?

When Is a Short Child Actually Growing Normally?

Short stature and abnormal growth are not the same thing.

A healthy child can be shorter than most classmates while continuing to grow normally.

For example, a child who has consistently tracked near the 5th or 10th percentile while maintaining an appropriate yearly growth rate may simply have a naturally shorter growth pattern.

This becomes particularly likely when one or both parents are shorter.

In contrast, a child who previously tracked near the 50th percentile and gradually falls to the 25th, 10th, and eventually 5th percentile may deserve additional evaluation.

The difference is the growth pattern over time.

This is why pediatric growth assessment should look beyond today's height.

Short Stature vs Poor Growth Velocity

One of the most important concepts for parents to understand is the difference between height percentile and growth velocity.

Height percentile tells us how a child's current height compares with children of the same age and sex.

Growth velocity tells us how quickly the child is gaining height.

For many school-age children before puberty, growth of approximately 2–2.5 inches per year is common, although expected rates vary with age and developmental stage.[1,2]

A child can therefore be:

Short but growing normally

or

Average height but growing abnormally slowly.

The second child may actually warrant more attention.

Signs Your Child May Benefit From a Growth Evaluation

Parents in Santa Rosa, Petaluma, and surrounding Sonoma County communities may consider a pediatric growth evaluation when a child:

• Is consistently growing more slowly than expected
• Is crossing height percentiles downward
• Is substantially shorter than expected based on parental height
• Has not experienced an expected adolescent growth spurt
• Shows signs of delayed puberty
• Has a delayed bone age
• Has previously had low IGF-1
• Was born small and remains significantly short
• Appears substantially younger than peers
• Has symptoms that could suggest another medical condition

None of these findings automatically means a child needs growth hormone.

They are reasons to better understand the child's development.

Is My Child Short Because of Genetics?

Genetics has a major influence on adult height.

A child with shorter parents is more likely to be shorter than a child with very tall parents.

Clinicians may use parental heights to estimate a child's mid-parental or target height range.

This provides an important reference point.

For example, a child near the 10th percentile whose parents are both relatively short may be following an expected genetic trajectory.

But if both parents are tall and the child continues falling toward the lowest height percentiles, the pattern may deserve closer investigation.

Genetics can explain short stature.

It should not automatically be used to dismiss poor growth velocity.

Family History Can Reveal More Than Height

Parents should also think about when family members grew, not simply how tall they became.

Ask:

• Did either parent enter puberty late?
• Did the father have a major growth spurt late in high school?
• Did the mother develop later than her classmates?
• Were siblings unusually short before puberty?
• Is there a family history of delayed puberty?

These clues may suggest constitutional growth delay.

Children with constitutional growth delay are often described as late bloomers.

They may remain shorter during childhood, enter puberty later, and continue growing after many classmates have stopped.[3]

When Being a Late Bloomer May Explain Short Stature

A child with constitutional growth delay may:

• Have normal or near-normal growth velocity
• Appear physically younger than peers
• Have delayed puberty
• Have delayed bone age
• Have a family history of late development
• Experience a later pubertal growth spurt

Many ultimately reach an adult height compatible with family genetics.[3]

However, parents should be cautious about assuming every slowly growing child is simply a late bloomer.

Several endocrine and medical disorders can produce similar patterns.

A growth evaluation helps distinguish them.

Growth Hormone Deficiency in Children

Growth hormone deficiency occurs when inadequate growth hormone activity interferes with normal linear growth.

Children with possible growth hormone deficiency may demonstrate:

• Poor growth velocity
• Progressive loss of height percentile
• Significant short stature
• Delayed skeletal maturation
• Low IGF-1 in some cases

Growth hormone deficiency cannot be diagnosed simply because a child is short.

Diagnosis may involve:

• Growth history
• Physical development
• Laboratory testing
• IGF-1 and IGFBP-3
• Bone age
• Growth hormone stimulation testing when appropriate
• Additional evaluation based on clinical findings

The entire clinical picture matters.[1,4]

How Growth Hormone Helps Children Grow

Human growth hormone is produced by the pituitary gland, a small endocrine gland located near the base of the brain.

Growth hormone is released in pulses and helps regulate childhood growth through several pathways.

One important pathway involves insulin-like growth factor-1 (IGF-1).

A simplified version is:

Pituitary gland → Growth hormone → IGF-1 → Growth plates → Linear bone growth

The growth plates are specialized regions of cartilage near the ends of developing bones.

As long as these growth plates remain active, the long bones can continue lengthening.

During puberty, skeletal maturation accelerates.

Eventually the growth plates fuse.

Once complete fusion has occurred, growth hormone cannot reopen the growth plates or produce additional long-bone height.

Who May Be Considered for Growth Hormone Therapy?

Recombinant human growth hormone is used in pediatric medicine for several recognized growth conditions.

Depending on the child's diagnosis and individual circumstances, treatment may be considered for conditions including:

• Growth hormone deficiency
• Selected cases of idiopathic short stature
• Persistent short stature after being born small for gestational age
• Turner syndrome
• SHOX deficiency
• Certain other recognized pediatric growth disorders

The expected benefit varies considerably between diagnoses.[4]

This is why treatment decisions should be individualized.

What Is Idiopathic Short Stature?

Idiopathic short stature describes significant short stature when another identifiable medical cause has not been established.

These children generally do not have classic growth hormone deficiency.

Growth hormone therapy may be considered in selected cases, but treatment is not automatically recommended for every otherwise healthy short child.

Factors that may influence the decision include:

• Severity of short stature
• Growth velocity
• Genetic target height
• Bone age
• Pubertal stage
• Predicted adult height
• Remaining growth potential
• Expected treatment response
• Duration and burden of therapy

Pediatric guidelines recommend a case-by-case approach.[4]

Children Born Small for Gestational Age

Children who were small for gestational age deserve a somewhat different evaluation.

Many children born small experience substantial catch-up growth during the first years of life.

Some do not.

Persistent significant short stature after being born small for gestational age is one of the recognized situations in which growth hormone treatment may sometimes be considered.

Parents should therefore provide:

• Birth weight
• Birth length
• Gestational age
• Early childhood growth records

when available.

Other Causes of Slow Growth

Not every growth problem originates in the pituitary gland.

Slow linear growth can occur with conditions such as:

• Hypothyroidism
• Celiac disease
• Inflammatory bowel disease
• Chronic kidney disease
• Nutritional deficiencies
• Insufficient calorie intake
• Malabsorption
• Chronic inflammatory conditions
• Certain genetic disorders
• Other chronic illnesses

In some children, abnormal growth may be one of the earliest clues that another medical issue is present.

A thorough growth evaluation therefore looks at the whole child, not simply GH and IGF-1.

Pediatric Growth Evaluation for Santa Rosa–Petaluma Families

A useful pediatric growth evaluation builds a picture from several different sources.

Growth Records

Several years of measurements can reveal whether the child has always been shorter or whether growth recently changed.

Growth Velocity

The child's actual height gain over the previous 6–12 months can provide important information.

Parental Height

Family height helps establish genetic context.

Pubertal Development

Puberty can dramatically change expected growth velocity.

Bone Age

Skeletal maturity helps estimate where the child is on their biological growth timeline.

Laboratory Testing

Testing may help identify endocrine, nutritional, gastrointestinal, or systemic causes of poor growth.

These pieces should be interpreted together rather than in isolation.

Why Bone Age Is Important for a Child's Height

A bone age X-ray provides information about skeletal maturity.

It is typically obtained from an X-ray of the hand and wrist.

The appearance of the bones is compared with standardized developmental references.

Bone age may help clinicians understand:

• Whether skeletal maturation is delayed
• Whether skeletal maturation is advanced
• How puberty is affecting the skeleton
• How much growth potential may remain
• How predicted adult height compares with expectations

Bone age becomes especially important as a child approaches adolescence.

What Does Delayed Bone Age Mean?

A delayed bone age means that skeletal development is behind chronological age.

For example, a teenager may be 14 chronologically while the skeleton appears less mature.

Depending on the clinical context, this may indicate that the child has more growth time remaining than birthday age alone would suggest.

Delayed bone age may occur with:

• Constitutional growth delay
• Growth hormone deficiency
• Hypothyroidism
• Nutritional problems
• Chronic illness
• Other endocrine conditions

Therefore, delayed bone age does not automatically mean a child needs HGH.

It also does not guarantee that the child will completely catch up.

The underlying reason matters.

Why Two Children the Same Age Can Have Very Different Growth Potential

Chronological age is one of the least complete ways to estimate remaining height growth.

Consider two 14-year-olds.

One entered puberty early and has relatively advanced skeletal maturation.

The other is a late bloomer with delayed puberty and delayed bone age.

Although they have the same birthday age, they may have very different amounts of growth remaining.

This is why questions such as:

“Is 14 too late for growth hormone?”

or

“Can my 15-year-old still grow?”

cannot be answered accurately using age alone.

Growth velocity, bone age, puberty, growth plate maturity, and diagnosis matter much more.

Puberty and the Remaining Growth Window

Puberty is responsible for the largest growth acceleration after infancy.

But puberty also advances the skeleton toward growth plate closure.

During adolescence:

1. Sex hormones contribute to the growth spurt.
2. Skeletal maturation accelerates.
3. Growth plates gradually become thinner.
4. Eventually, the growth plates fuse.

This means that a child can be growing quickly while simultaneously moving closer to final height.

For parents concerned about an adolescent's height, understanding where the child is in puberty is essential.

Delayed Puberty and Short Stature

Delayed puberty can create striking height differences among teenagers.

A later-developing child may still be growing at a slower prepubertal rate while classmates have already entered their major growth spurts.

This can make the child appear increasingly short.

Some eventually catch up as puberty progresses.

Others may have an underlying endocrine or developmental condition contributing to both delayed puberty and poor growth.

Evaluation can help determine the difference.

IGF-1 and Pediatric Growth Evaluation

IGF-1 is frequently measured when clinicians investigate poor growth.

Because growth hormone stimulates IGF-1 production, IGF-1 can provide information about the GH–IGF axis.

However:

Low IGF-1 does not automatically mean growth hormone deficiency.

IGF-1 can also be affected by:

• Age
• Puberty
• Nutrition
• Chronic illness
• General health

Results need to be interpreted using age- and developmental-stage-appropriate reference ranges and alongside the child's clinical picture.[1,4]

Why Doctors Don't Diagnose GHD With One Random GH Test

Growth hormone is naturally secreted in pulses.

Its blood concentration can change dramatically during a single day.

A healthy child may therefore have a very low GH measurement between secretion pulses.

This makes a random growth hormone level generally unsuitable for diagnosing growth hormone deficiency.[1]

When stronger evidence suggests possible GHD, clinicians may consider specialized growth hormone stimulation testing.

Testing results still need to be interpreted alongside the child's growth pattern and other findings.

What Blood Tests May Be Used for Slow Growth?

The exact workup varies depending on the child's history and symptoms.

Testing may sometimes include:

• IGF-1
• IGFBP-3
• TSH
• Free T4
• Complete blood count
• Comprehensive metabolic panel
• Celiac screening
• Inflammatory markers
• Other hormone testing when clinically indicated

The goal is not simply to determine whether the child can receive HGH.

The goal is to identify why the child is not growing as expected.

Growth Hormone Therapy Before Puberty

Growth concerns identified before puberty can often be evaluated while a substantial growth window remains.

Parents may seek evaluation when a younger child:

• Consistently grows below the expected rate
• Falls through height percentiles
• Is significantly shorter than family expectations
• Has delayed bone age
• Has abnormal IGF-1
• Was born small and remains significantly short
• Has symptoms suggesting another medical condition

Earlier evaluation does not automatically mean earlier medication.

Sometimes the correct recommendation is continued observation.

The advantage is understanding the child's growth pattern before puberty significantly advances skeletal maturity.

Growth Concerns Around Ages 11–13

The early adolescent years are when height differences often become much more noticeable.

One child may suddenly grow several inches.

Another may barely change.

This frequently reflects differences in puberty timing.

For an 11-, 12-, or 13-year-old with significant growth concerns, evaluation may include:

• Growth velocity
• Pubertal stage
• Bone age
• Parental height
• Family puberty timing
• Predicted adult height
• Laboratory testing when indicated

These factors can help distinguish delayed development from a possible growth disorder.

Growth Hormone Therapy for a 14-Year-Old in Santa Rosa or Petaluma

Age 14 is a particularly common time for families to seek answers.

Parents may notice that classmates have experienced substantial growth while their teenager remains relatively unchanged.

But 14-year-olds can be at very different stages of biological development.

Some may still have considerable growth potential.

Others may be further along in skeletal maturation.

Before considering HGH, an evaluation should focus on:

• Current growth velocity
• Pubertal stage
• Bone age
• Growth plate maturity
• Family height
• Predicted adult height
• Underlying diagnosis

Being 14 does not by itself determine whether growth hormone treatment can help.

Can a 15- or 16-Year-Old Still Grow?

Some can.

As adolescents get older, however, skeletal maturity becomes increasingly important.

A 15- or 16-year-old with delayed bone age may have more remaining growth than expected from chronological age.

Another teenager of the same age may have growth plates approaching complete fusion.

Once the growth plates are fully fused, HGH cannot increase long-bone height.

For older teenagers, bone age and skeletal maturity can therefore be especially valuable.

Growth Concerns in Boys

Boys typically experience their peak pubertal growth spurt later than girls.

A boy with later puberty can temporarily appear much shorter than classmates who matured earlier.

This can be normal.

Evaluation may be appropriate when:

• Puberty is substantially delayed
• Growth velocity remains poor
• Height percentile continues declining
• Predicted adult height appears significantly below expectations
• Other symptoms are present

Growth velocity, bone age, and pubertal stage help place the child's current height into context.

Growth Concerns in Girls

Girls generally begin puberty earlier than boys and reach their peak growth velocity earlier.

Because skeletal maturation also progresses earlier, persistent height concerns should be evaluated in relation to pubertal development.

Clinicians may consider:

• Timing of breast development
• Menstrual history when applicable
• Growth velocity
• Bone age
• Family height
• Predicted adult height

The amount of growth remaining can vary substantially between girls of the same chronological age.

What Growth Hormone Treatment Looks Like

When recombinant growth hormone is medically appropriate, treatment is typically administered through subcutaneous injections.

Pediatric HGH therapy requires ongoing monitoring.

Follow-up may include:

• Height measurements
• Weight
• Growth velocity
• IGF-1
• Pubertal development
• Thyroid testing when appropriate
• Bone age when clinically indicated
• Treatment adherence
• Assessment for potential adverse effects

Dose requirements may change as the child grows.

Growth hormone therapy should therefore be viewed as an ongoing medical treatment rather than simply obtaining medication.

How Is Response to HGH Measured?

Before therapy begins, it is important to understand the child's baseline growth rate.

After treatment starts, clinicians can determine whether growth velocity has meaningfully changed.

Response may be assessed using:

• Annualized growth velocity
• Change in height percentile
• IGF-1 response
• Bone age progression
• Pubertal development
• Treatment adherence

If the expected response does not occur, the treatment plan should be reassessed.

This may include reviewing diagnosis, adherence, dose, nutrition, thyroid function, or other factors.

How Much Taller Could a Child Become With HGH?

There is no single answer.

Response depends heavily on the underlying condition.

Factors include:

• Diagnosis
• Age when treatment begins
• Bone age
• Pubertal stage
• Baseline height
• Baseline growth velocity
• Genetic potential
• Treatment duration
• Dose
• Adherence
• Remaining growth potential

Children with confirmed growth hormone deficiency can experience meaningful catch-up growth with appropriate therapy.[1,4]

Responses for other indications can be more variable.

Families should be cautious of anyone promising a guaranteed final height or specific number of inches.

Is Growth Hormone Therapy Safe for Kids?

Recombinant human growth hormone has been used in pediatric medicine for decades and is generally well tolerated when appropriately prescribed and monitored.[1,4]

Potential adverse effects require appropriate clinical supervision.

These may include:

• Injection-site reactions
• Headaches
• Intracranial hypertension
• Slipped capital femoral epiphysis
• Changes in glucose metabolism
• Thyroid abnormalities
• Joint discomfort
• Scoliosis progression during periods of rapid growth

The child's underlying medical history and diagnosis should always be considered.

Nutrition, Sleep, and Healthy Growth

Medical evaluation is important, but growth also depends on the body's fundamental needs.

Nutrition

Children need sufficient calories and protein to support development.

Important nutrients include:

• Protein
• Calcium
• Vitamin D
• Zinc
• Iron

Inadequate intake or malabsorption can interfere with growth.

Sleep

Healthy sleep supports normal endocrine function and overall development.

Children and adolescents should maintain consistent, age-appropriate sleep schedules.

Physical Activity

Regular exercise supports healthy bones, muscles, metabolism, and general well-being.

Underlying Health

Thyroid disease, gastrointestinal disorders, nutritional deficiencies, sleep problems, and chronic illness should be addressed when present.

HGH cannot substitute for treatment of another underlying condition.

Growth Hormone Therapy for Kids in Santa Rosa

Families searching for growth hormone therapy for kids in Santa Rosa may be concerned about short stature, delayed development, poor growth velocity, or a possible hormonal issue.

A pediatric growth evaluation can bring together:

• Previous growth charts
• Recent growth velocity
• Family height
• Pubertal stage
• Bone age
• Laboratory testing when appropriate
• Predicted adult height
• Remaining growth potential

The goal is to determine whether the child's pattern represents normal variation or a condition requiring further attention.

Pediatric Growth Evaluation for Petaluma Families

For families searching for growth hormone therapy for kids in Petaluma, the first step should similarly be understanding the child's individual growth pattern.

Parents may benefit from gathering previous pediatric records before an evaluation.

Several years of height measurements can reveal whether a child:

• Has always been shorter
• Has maintained a stable percentile
• Recently started growing more slowly
• Has progressively lost height percentile
• Has not experienced an expected pubertal growth spurt

That history can substantially improve the quality of a growth evaluation.

Pediatric Growth Care in Rohnert Park and Cotati

Families in Rohnert Park and Cotati may seek pediatric growth evaluation when their child appears substantially shorter than expected or is developing later than classmates.

Family puberty history can be particularly informative.

Parents should consider whether close relatives were also late bloomers.

A delayed developmental pattern combined with delayed bone age may tell a very different story from persistent poor growth without delayed maturation.

Growth Evaluation for Windsor and Healdsburg Families

Families in Windsor, Healdsburg, and northern Sonoma County may have concerns about poor growth velocity, delayed puberty, or possible growth hormone deficiency.

Useful records may include:

• Pediatric growth charts
• Laboratory results
• Bone age reports
• Previous specialist evaluations
• Birth records
• Family height information

Reviewing this information together can help reduce unnecessary repetition and focus additional testing on what is clinically relevant.

Pediatric Growth Care for Sebastopol and West Sonoma County

Families in Sebastopol and western Sonoma County may also seek evaluation when a child is not following the expected growth pattern.

Parents sometimes wait because the child appears otherwise healthy.

However, a child can feel well while still demonstrating an abnormal growth trajectory.

Persistent changes in growth deserve to be understood even when no other obvious symptoms are present.

Growth Evaluation for Sonoma and Nearby Communities

Families in Sonoma and surrounding Sonoma Valley communities may seek pediatric growth assessment for many of the same reasons:

• Short stature
• Slow growth
• Delayed puberty
• Delayed bone age
• Low IGF-1
• Concern about final adult height

The evaluation should remain individualized.

A treatment that is appropriate for one short child may be completely unnecessary for another.

Telemedicine for Santa Rosa, Petaluma and Sonoma County Families

When medically and legally appropriate, telemedicine may make portions of pediatric growth evaluation and follow-up more accessible for North Bay families.

A virtual consultation may be useful for reviewing:

• Long-term growth records
• Previous laboratory testing
• Bone age reports
• Family height
• Puberty history
• Medical history
• Previous endocrinology records

Certain aspects of evaluation may still require:

• Accurate physical measurements
• In-person examination
• Laboratory testing
• Bone age imaging
• Other diagnostic procedures

Telemedicine can complement these services when appropriate.

What Should Parents Bring to a Pediatric Growth Consultation?

Parents can help create a clearer picture by gathering:

• Several years of height and weight measurements
• Pediatric growth charts
• Birth weight
• Birth length
• Gestational age
• Mother's height
• Father's height
• Sibling growth history
• Family puberty history
• Previous laboratory results
• Bone age reports
• Bone age images when available
• Current medications
• Previous endocrinology records

The more historical growth information available, the easier it becomes to determine whether the child's trajectory has changed.

Questions to Ask Before Considering HGH for Your Child

Parents considering growth hormone therapy should understand:

1. Is my child actually growing too slowly?
2. Is the height percentile stable or declining?
3. Could genetics explain the current height?
4. Could my child simply be a late bloomer?
5. Is puberty occurring at an appropriate time?
6. What is the bone age?
7. How much skeletal growth appears to remain?
8. Are the growth plates still active?
9. Is IGF-1 appropriate for age and pubertal stage?
10. Is there evidence of growth hormone deficiency?
11. Could another medical condition be affecting growth?
12. Does my child have a recognized indication for HGH?
13. What improvement could realistically be expected?
14. How will treatment success be measured?
15. How long could treatment continue?
16. What monitoring and potential risks should we understand?

These questions shift the conversation from simply getting HGH to determining whether growth hormone therapy is likely to provide meaningful benefit.

When Should Parents Stop Watching and Start Evaluating?

Parents often hesitate because they do not want to medicalize normal differences in height.

That is reasonable.

A child does not need testing simply because another child is taller.

However, persistent changes in growth are different.

Evaluation becomes more reasonable when:

• Growth velocity repeatedly falls below expectations
• Height percentile continues declining
• Puberty appears significantly delayed
• The child is much shorter than predicted from family height
• Bone age or laboratory results are abnormal
• The child has symptoms suggesting another medical condition

A pediatric growth evaluation does not commit a family to medication.

The outcome may simply be reassurance and continued monitoring.

Why Timing Matters Without Rushing Into Treatment

There is an important difference between evaluating early and treating unnecessarily.

Children only have a limited period during which the growth plates remain active.

That means persistent abnormal growth should ideally be understood before skeletal maturation is complete.

But earlier evaluation may reveal that no intervention is needed.

The purpose is to preserve information and options—not to automatically prescribe medication.

Once growth plates have completely fused, therapies cannot recreate the earlier period of long-bone growth.

The Bottom Line for Santa Rosa, Petaluma and Sonoma County Families

For families searching for growth hormone therapy for kids in Santa Rosa–Petaluma, the most important first step is determining whether the child's short stature represents a normal family pattern or abnormal growth.

Possible explanations include:

• Familial short stature
• Constitutional growth delay
• Delayed puberty
• Growth hormone deficiency
• Idiopathic short stature
• Small for gestational age
• Thyroid disorders
• Nutritional problems
• Gastrointestinal conditions
• Chronic medical conditions
• Genetic growth disorders

A comprehensive pediatric growth evaluation can help answer:

Is my child growing at an appropriate rate?

Is the height percentile stable or falling?

Does family genetics explain the child's height?

Is my child developing later than peers?

What does bone age show?

How much growth potential remains?

Could an endocrine or medical problem be interfering with growth?

Would growth hormone therapy be appropriate and likely to provide meaningful benefit?

For families throughout Santa Rosa, Petaluma, Rohnert Park, Cotati, Windsor, Healdsburg, Sebastopol, Sonoma, and surrounding Sonoma County communities, the objective should not simply be finding a prescription for HGH.

The objective is to understand the child's growth pattern, identify abnormalities when they exist, and make informed treatment decisions while meaningful growth potential remains.

Schedule a Pediatric Growth Evaluation for Santa Rosa–Petaluma Families

If your child:

• Is growing more slowly than expected
• Is falling through height percentiles
• Is substantially shorter than expected based on parental height
• Has delayed puberty
• Has delayed bone age
• Has low IGF-1
• Has not experienced an expected growth spurt
• Is being evaluated for possible growth hormone deficiency

a comprehensive pediatric growth evaluation can provide greater clarity.

Families searching for growth hormone therapy for kids in Santa Rosa, HGH for kids in Petaluma, pediatric growth evaluation in Sonoma County, a child height specialist in Santa Rosa, or pediatric growth care in the North Bay can begin by reviewing the child's:

• Growth history
• Growth velocity
• Family height
• Pubertal development
• Bone age
• Laboratory findings when appropriate
• Predicted adult height
• Remaining growth potential

Contact HGHforChildren.com to schedule a pediatric growth evaluation and learn more about your child's growth pattern, remaining height potential, and whether treatment may be medically appropriate.

Medically Reviewed By

Dr. Devin Stone, ND

Dr. Devin Stone, ND is a licensed naturopathic doctor and founder of HGHforChildren.com. His clinical focus includes pediatric growth evaluation, short stature assessment, delayed puberty, bone age analysis, growth hormone deficiency screening, IGF-1 interpretation, poor growth velocity, and individualized growth treatment planning for children and adolescents.

Through HGHforChildren.com, Dr. Stone educates families about childhood growth disorders, height prediction, growth velocity, skeletal maturity, growth hormone evaluation, and treatment options for children who may not be reaching their expected growth potential.

Medical References

1. Pediatric Endocrine Society. Growth Hormone Deficiency: A Guide for Families. Pediatric Endocrine Society/American Academy of Pediatrics Section on Endocrinology Patient Education Committee.

2. Barstow C, Rerucha C. Evaluation of Short and Tall Stature in Children. American Family Physician. 2015;92(1):43–50.

3. Pediatric Endocrine Society. Constitutional Growth Delay: A Guide for Families. Pediatric Endocrine Society/American Academy of Pediatrics Section on Endocrinology Patient Education Committee.

4. Grimberg A, DiVall SA, Polychronakos C, et al. Guidelines for Growth Hormone and Insulin-Like Growth Factor-I Treatment in Children and Adolescents: Growth Hormone Deficiency, Idiopathic Short Stature, and Primary Insulin-Like Growth Factor-I Deficiency. Hormone Research in Paediatrics. 2016;86(6):361–397. doi:10.1159/000452150.