Vaginal Tightening Surgery In Chennai(I)

Vaginal tightening refers to procedures or techniques aimed at restoring or enhancing the tightness and tone of the vaginal muscles and tissues. This can be achieved through various methods, non-surgical treatments like laser therapy or radiofrequency devices, and surgical procedures like vaginoplasty or labiaplasty. The goal of vaginal tightening is often to improve sexual satisfaction, alleviate symptoms of vaginal laxity or incontinence, and enhance overall vaginal health and function. For Vaginal tightening procedure book your appointment with Dr. Niveditha Kamaraj, best cosmetic gynecologist, Aakash hospital in Chennai.

Who needs Vaginal Tightening surgery?

  • Childbirth: After giving birth, some women experience vaginal laxity or looseness due to stretching of the vaginal tissues during delivery. Vaginal tightening surgery can help restore the pre-pregnancy tightness.
  • Aging: As women age, hormonal changes, such as a decrease in estrogen levels, can lead to vaginal atrophy, thinning of vaginal walls, and decreased elasticity, resulting in vaginal laxity. Vaginal tightening surgery can help address these changes.
  • Improved Confidence: Some individuals may feel self-conscious or insecure about the appearance or feel of their genitals due to vaginal laxity, leading them to opt for vaginal tightening surgery to boost their confidence and self-esteem.
  • Urinary Incontinence: Vaginal laxity can sometimes contribute to urinary incontinence, and tightening the vaginal muscles through surgery may help alleviate this issue.
  • Desire for Rejuvenation: Like other cosmetic procedures, some people opt for vaginal tightening surgery as a means of rejuvenating and enhancing their genital area.

What happens during Vaginal Tightening surgery?

During vaginal tightening surgery, excess vaginal tissue is removed, and the vaginal muscles are tightened and reshaped to improve tone and elasticity. The cosmetic gynecologist  sutures the incisions to secure the tightened tissues in place. Following the procedure, patients may experience some discomfort, swelling, and bruising, which can be managed with medication and ice packs. Post-operative instructions are provided for proper hygiene and activity restrictions. Follow-up appointments are scheduled to monitor healing progress and address any concerns.

Benefits offered by Vaginal Tightening Surgery: 

  • Enhanced Intimacy: Restoring vaginal tightness can improve intimacy and closeness between partners, fostering a stronger emotional connection.
  • Correction of Vaginal Laxity: Vaginal laxity, which can result from childbirth or aging, can be corrected through surgery, helping women regain confidence in their vaginal tone and appearance.
  • Alleviation of Urinary Incontinence: In some cases, vaginal tightening surgery can help reduce symptoms of urinary incontinence by strengthening the pelvic floor muscles, which support the bladder.
  • Increased Confidence and Self-Esteem: Addressing concerns about vaginal laxity can boost self-confidence and self-esteem, leading to an overall improvement in quality of life.
  • Rejuvenation: Vaginal tightening surgery can provide a rejuvenating effect on the genital area, helping individuals feel more youthful and vital.
  • Correction of Physical Discomfort: Some women may experience physical discomfort or irritation due to vaginal laxity, which can be alleviated through surgery.
  • Restoration of Pre-Pregnancy Vaginal Tone: For women who have given birth, vaginal tightening surgery can restore the vaginal tone and tightness experienced before childbirth.

What outcomes are possible with Vaginal Tightening treatments?

A woman will feel more comfortable during strenuous or sexual activities after this procedure. Vaginoplasty can tighten the vagina and bring it back to the same size as it was before childbirth. Overall, this will increase the woman’s self-confidence.

To undergo a vaginal tightening procedure, make an appointment with Dr. Niveditha Kamaraj, a top cosmetic gynecologist, at Aakash Hospital in Chennai.

Is IUI a painful process?(I)

Intrauterine Insemination, is a method used to address various male infertility issues, such as low sperm counts or reduced sperm motility. During this non-invasive procedure, sperm is inserted directly into the uterus, near the egg, offering a cost-effective alternative to invasive fertility treatments. Compared to more invasive procedures, IUI is notably safer and more comfortable, enhancing fertility with minimal risks. Typically completed within 15 minutes, this procedure is known for its efficiency and effectiveness in aiding conception. Dr. Jeyarani Kamaraj, IUI expert at Aakash Fertility Centre in Chennai, aims to maximize conception rates by placing sperm directly into the uterus. Book your appointment today at the best IVF hospital in Chennai, Aakash fertility Centre.

Who Can Get the IUI Treatment?

IUI is typically recommended for individuals with factors such as low sperm count or motility, single women seeking pregnancy, or those with certain cervical conditions. However, it may not be advised for individuals with severe endometriosis, acute fallopian tube conditions, or pelvic infections, or for those with one or both fallopian tubes removed or obstructed. Additionally, individuals with male partners experiencing infertility issues or poor sperm production may not find IUI suitable.

Procedure of IUI

The IUI process typically occurs in a single session on the day of ovulation and is relatively quick. However, the duration may vary depending on the steps involved in preparation. Ovulation induction, usually done with medication, can take 7-14 days. Once ovulation is confirmed, the IUI procedure is scheduled, which usually takes only a few minutes to insert sperm into the uterus. However, the entire process, including preparation and monitoring, can span several days or weeks.

What to Expect During IUI Procedure?

IUI is often accompanied by ovarian stimulation using fertility medications to facilitate ovulation. Medications such as Human Chorionic Gonadotropin (hCG), Follicle-Stimulating Hormone (FSH), and Clomiphene Citrate (Clomid) may be used to aid in the maturation and release of eggs. When multiple eggs are produced, the chances of pregnancy may increase.

Additionally, a sperm sample is collected from a partner or donor and undergoes “sperm washing” to separate healthy sperm from semen. The cleaned cervix and vagina are then prepared before a small, flexible catheter is inserted into the uterus to release the healthy sperm sample directly. The success of the procedure is often assessed with a pregnancy test after 14 days.

Is it a painful procedure?

Intrauterine insemination (IUI) is generally not considered a painful procedure. It’s a relatively simple and quick process that involves placing washed and processed sperm directly into the uterus using a thin catheter. Some women may experience mild discomfort similar to menstrual cramps during or after the procedure, but it’s usually very tolerable. Any discomfort is typically brief and resolves quickly.

Schedule an appointment ensures that you receive personalized attention and guidance regarding your fertility concerns from experienced professionals at Aakash Fertility Centre & Hospital.

Preimplantation Genetic Testing at Aakash Fertility Centre & hospital, Chennai(i)

Preimplantation Genetic Testing involves a series of tests conducted at various stages of the treatment, including during IVF, pregnancy, and other phases, to identify any genetic disorders at any point throughout the course of the treatment.Preimplantation Genetic Testing, overseen by our fertility specialists  Dr. Jeyarani Kamaraj at Aakash Fertility Centre in Chennai, incorporates various tests throughout IVF and pregnancy to detect genetic disorders at different treatment stages. 

What are the Indications of Preimplantation Genetic Testing?

  • Women of advanced maternal age, aged 35 and above.
  • Women who have experienced two or more miscarriages.
  • Individuals with a history of two or more IVF failures.
  • Couples facing infertility are attributed to several male factors.

Genetic Testing in the IVF Process

Genetic Testing in IVF involves analyzing the unique genetic material in both the male’s sperm and the female’s egg, providing valuable insights into the anticipated development of the child. After the retrieval of eggs and the implementation of ICSI, a small sample of cells is extracted from the embryo and sent to a genetics laboratory for examination. Once the results of the genetic test are available, the embryo is transferred. It’s crucial to note that this testing process does not affect the overall duration of the treatment.

Non-Invasive Prenatal Screening (NIPS)

Within the spectrum of pregnancy-related genetic testing, three distinct categories serve specific purposes. First and foremost, there is the Non-Invasive Prenatal Screening, a method that doesn’t involve invasive procedures but efficiently detects potential issues with the developing baby. This screening is particularly valuable in predicting and preparing for genetic disorders such as Down syndrome. It achieves this by examining trace quantities of the baby’s DNA present in the mother’s blood.

Conception Analysis

Another crucial genetic test during pregnancy is the Product of Conception Analysis. This tool serves a dual purpose by not only monitoring the ongoing pregnancy but also investigating the causes behind recurrent miscarriages in women. By regularly assessing the baby’s growth, this analysis ensures a vigilant observation of any potential impacts that previous miscarriages might have on the current pregnancy.

Recurrent Abortion Screening

The third category of genetic testing focuses on Recurrent Abortion Screening. Recognizing the potential effects of recurrent abortions on the present pregnancy and a woman’s overall health, this screening involves frequent monitoring of the baby’s growth. It plays a pivotal role in understanding and managing the implications of repeated pregnancy loss.

Identifying and averting hereditary diseases—what steps can be taken?

Identifying and preventing hereditary diseases involves specific tests designed to detect conditions passed from one parent to the child. These tests serve the primary purpose of preventing the transmission of inherited disorders to subsequent generations.

What benefits does Preimplantation Genetic Testing offer?

  • Genetic Disease Prevention: PGT allows the identification of genetic abnormalities in embryos before implantation, helping prevent the transmission of genetic disorders from parents to their children.
  • Increased Pregnancy Success: By selecting embryos without genetic abnormalities, the chances of a successful pregnancy are enhanced, reducing the risk of miscarriage and improving overall reproductive outcomes.
  • Improved IVF Success Rates: PGT contributes to higher success rates in in vitro fertilization (IVF) procedures by aiding in the selection of the healthiest embryos for implantation.
  • Cost-Efficiency: While the initial cost of PGT may be a consideration, it can be cost-effective in the long run by potentially reducing the number of IVF cycles needed to achieve a successful pregnancy.
  • Time Savings: PGT can expedite the process by helping identify viable embryos more efficiently, potentially reducing the time it takes to achieve a successful pregnancy.

To schedule an appointment for Preimplantation Genetic Testing at Aakash Fertility Centre in Chennai, contact our Vadapalani hospital directly or visit our official website for online appointment booking.

Cystoscopy -Types, Procedure and Benefits(I)

Cystoscopy -Types, Procedure and Benefits

Cystoscopy is a procedure conducted to examine the interior of the bladder and the urethra. It involves the use of a cystoscope, a specialized instrument consisting of a hollow tube with a lens. During the procedure, the cystoscope is inserted into the urethra and carefully advanced into the bladder to allow for visual inspection. The specific approach to performing cystoscopy is determined by the underlying cause being investigated.

Types of Cystoscopy

  1. Diagnostic Cystoscopy:

Diagnostic cystoscopy is primarily used to investigate urinary symptoms and identify abnormalities within the bladder and urethra. During this procedure, a cystoscope is inserted through the urethra into the bladder to visually inspect the internal structures. It helps diagnose various conditions such as urinary tract infections, bladder cancer, bladder stones, and abnormalities in the urethra.

  1. Therapeutic Cystoscopy:

Therapeutic cystoscopy involves using specialized instruments within the cystoscope to treat bladder conditions. This type of cystoscopy allows urologists to perform interventions such as removing small bladder tumors, treating bladder inflammation (cystitis), and alleviating urinary obstruction caused by strictures or enlarged prostate glands.

  1. Flexible Cystoscopy:

Flexible cystoscopy utilizes a flexible cystoscope, which offers greater maneuverability and flexibility compared to rigid cystoscopes. This type of cystoscopy is preferred for routine diagnostic procedures and in patients with narrow or curved urethras. Flexible cystoscopy provides better patient comfort and allows for easier navigation through the urinary tract.

  1. Rigid Cystoscopy:

Rigid cystoscopy involves the use of a rigid cystoscope, providing a more stable platform for performing therapeutic interventions. This type of cystoscopy is typically reserved for complex procedures that require precise manipulation of instruments within the bladder. Rigid cystoscopy allows for effective treatment of bladder conditions such as large bladder tumors, extensive bladder inflammation, and urinary tract obstructions.

Why is cystoscopy performed, and how does it help diagnose and treat bladder and urethral conditions?

Cystoscopy is performed to diagnose, treat, and monitor conditions affecting the bladder and urethra. It is recommended in the following situations:

  • Investigating Symptoms: Cystoscopy is used to investigate symptoms such as blood in the urine, overactive bladder, urinary incontinence (leaking urine), and urinary pain during urination.
  • Diagnosing Urinary Infections: It helps identify the underlying cause of recurrent urinary infections, even when symptoms are not present.
  • Detecting Bladder Diseases: Cystoscopy aids in the diagnosis of bladder diseases such as bladder cancer, bladder inflammation (cystitis), and bladder stones.
  • Treating Bladder Conditions: Specialized tools within the cystoscope allow for the treatment of bladder conditions such as small tumors or abnormal tissues.
  • Assessing Prostate Health: In men, cystoscopy can diagnose an enlarged prostate, a condition where the urethra passing through the prostate gland narrows, causing urinary symptoms.

Benefits of Cystoscopy:

  • Accurate Diagnosis: Cystoscopy allows for direct visualization of the bladder and urethra, enabling accurate diagnosis of various urinary tract conditions, including bladder cancer, urinary stones, and structural abnormalities.
  • Early Detection: By detecting abnormalities in the bladder and urethra at an early stage, cystoscopy facilitates prompt intervention and treatment, potentially improving outcomes and prognosis for patients.
  • Targeted Treatment: Therapeutic cystoscopy enables targeted treatment of bladder conditions, such as tumor resection, tissue biopsy, and stone removal, leading to more effective management of urinary tract disorders.
  • Minimally Invasive: Cystoscopy is a minimally invasive procedure that can be performed on an outpatient basis, reducing the need for hospitalization and allowing for quicker recovery times compared to traditional surgical approaches.
  • Patient Comfort: With advancements in technology and instrumentation, cystoscopy procedures, especially flexible cystoscopy, offer improved patient comfort and tolerance, enhancing overall patient experience during the examination.
  • Customized Care: Cystoscopy allows urologists to tailor treatment plans according to the specific needs and conditions of each patient, ensuring personalized and comprehensive care for urinary tract disorders.
  • Monitoring Response to Treatment: Follow-up cystoscopy examinations can be performed to monitor the response to treatment and evaluate the effectiveness of interventions, guiding further management decisions as needed.

For those in search of fertility centers in Chennai, Aakash Fertility Centre emerges as a premier destination. Situated conveniently in Chennai, our hospital is dedicated to offering comprehensive fertility services with unparalleled expertise and care. Equipped with cutting-edge facilities and staffed by experienced fertility specialists, we provide a diverse range of fertility treatments customized to suit individual needs. Contact us today to begin your journey towards parenthood with confidence and compassion.

Vaginal Agenesis- Causes, Symptoms and Treatment(I)

Vaginal agenesis, medically known as Mayer-Rokitansky-Küster-Hauser (MRKH) syndrome, is a rare congenital disorder characterized by either incomplete or complete absence of the vagina. In some cases, this condition may also involve underdevelopment or absence of the uterus. Vaginal agenesis can present significant challenges for affected individuals, impacting menstrual function, sexual intercourse, and psychological well-being. Treatment options vary depending on the severity of the condition and individual needs, ranging from vaginal dilation techniques to surgical interventions such as vaginoplasty.

For comprehensive care and specialized treatment of vaginal agenesis in Chennai, individuals can book appointments to Dr. Niveditha Kamaraj at Aakash IVF Hospital. Renowned for its excellence in reproductive healthcare, Aakash Fertility Centre & Hospital stands as one of the best hospitals in TamilNadu, offering advanced fertility treatments and compassionate care. With Dr. Niveditha Kamaraj’s expertise and the hospital’s state-of-the-art facilities, patients can receive personalized treatment and support tailored to their unique needs.

Causes of Vaginal Agenesis:

  • Genetic Factors: Vaginal agenesis is believed to have a genetic basis, although specific genes responsible have not been identified.
  • Hormonal Imbalances: Disruptions in fetal hormonal signaling during development can contribute to abnormal formation or absence of the vagina.
  • Environmental Influences: External factors such as exposure to certain toxins or medications during pregnancy may increase the risk of vaginal agenesis.
  • Associated Medical Conditions: Vaginal agenesis may be linked to other congenital anomalies, such as kidney abnormalities, suggesting a broader developmental disorder.

Symptoms of Vaginal Agenesis:

  • Absent or Underdeveloped Vagina: The hallmark symptom of vaginal agenesis is the complete absence or partial development of the vaginal canal.
  • Challenges with Menstruation: Women with vaginal agenesis may experience primary amenorrhea (lack of menstruation) due to the absence of a functional uterus-vagina connection.
  • Sexual Dysfunction: Incomplete vaginal development can lead to difficulties with sexual intercourse, including pain or discomfort.
  • Psychological and Emotional Impacts: The condition can have profound effects on self-image, identity, and mental well-being, leading to feelings of inadequacy, anxiety, or depression.

Treatment Options for Vaginal Agenesis:

  • Vaginal Dilation: Non-surgical method involving the gradual stretching of the vaginal opening using dilators to promote tissue expansion.
  • Vaginoplasty: Surgical reconstruction of the vagina using various techniques to create a functional vaginal canal.
  • Hormone Therapy: Administration of estrogen or other hormones to support secondary sexual characteristics and vaginal development.
  • Psychological Support: Counseling or therapy to address emotional challenges and provide coping strategies.
  • Continued Monitoring: Regular follow-up care to assess treatment progress, manage complications, and provide ongoing support.

 

To secure your appointment at Aakash Fertility Centre & Hospital, top fertility hospital in Chennai, reach out to our clinic today. Our team is committed to facilitating your consultation with Dr. Niveditha Kamaraj, ensuring personalized care and assistance tailored to your specific needs. Whether you’re exploring fertility options or seeking expert guidance on reproductive health concerns, we’re here to support you throughout your journey.

Are Artificial Wombs the Future of Parenting or a Step Too Far?

Picture the future, where babies are conceived, developed, and born completely outside the human body!!! It’s not science fiction; it’s the new reality in artificial womb technology.

Artificial wombs could change the future of medicine, helping premature babies survive and even changing what it means to be a parent.

What Is an Artificial Womb?

An artificial womb, or ectogenesis, is a fetal development support device that takes place outside of the human body.

It acts like a mother’s womb by giving babies fluid, oxygen, and nutrients in a safe space. This technology is invented to help the tiniest premature babies survive when regular hospital care is not enough.

The Science Behind Artificial Wombs

Artificial wombs work by keeping the fetus in a fluid environment, much like the natural womb. They include important support systems, such as:

An artificial placenta is a special device that helps a baby inside the womb. It provides the baby food and oxygen and also takes away waste, like a real placenta does.

Amniotic fluid: To cushion and support the growing fetus.

Temperature Control: Maintains the right warmth needed to support healthy fetal development.

Together, these features help us to create a safe and healthy way for the fetus to continue to grow and thrive.

Clinical Developments: The EXTEND Model

A big new step is the EXTEND model, made at the Children’s Hospital of Philadelphia. It has helped tiny baby lambs keep growing outside their mom’s tummy. This gives hope that one day it may help premature human babies too.

Key findings from the EXTEND model include the following:

The EXTEND model minimizes lung injury by allowing the fetus to breathe in fluid instead of air.

Reduced lung injury: By allowing the fetus to breathe in fluid rather than air, the risk of lung damage is low.

Better brain growth: The test results show that the brains of babies In this model, They look more like the brains of babies born closer to full term. This means it could help the brain grow in a healthier way.

Hope for the future: These results are so promising that one day this model could help human babies too.

Will Artificial Wombs Replace Natural Pregnancy?

Even with the futuristic promise, artificial wombs are not intended to supplant natural pregnancy. Their primary purpose is to serve very premature babies who cannot survive outside the womb.

Natural pregnancy provides a highly intricate environment of hormonal support, immune protection, and maternal-fetal interactions that artificial wombs can only mimic partially.

In truth, artificial wombs are extra support to help premature babies survive. They are not meant to replace the natural care and benefits of a real pregnancy.

May artificial wombs impact emotional attachment between mother and child?

One of the greatest fears is the effect on early bonding. In natural pregnancy, infants can perceive the mother’s voice, heartbeat, temperature, and movement, and this sets the stage for emotional bonding.

With artificial wombs, the infant can miss out on some of these subtleties. Researchers and clinicians are working on how to counteract them, however, such as:

Playing a recording of the mother’s voice within the artificial womb.

Early skin-to-skin contact following birth.

Organized sensory and emotional stimulation within neonatal intensive care units.

These methods help babies stay warm, feel cared for, and adjust safely to life outside the womb.

Can a Full Embryo Develop in an Artificial Womb for Nine Months?

At the moment, artificial wombs can only sustain fetuses that are already at a certain gestational age, usually very premature babies at 20–24 weeks. It is still not possible to develop a full-term baby fully outside the human body from the beginning.

It’s very hard to copy what a real placenta does. Giving the right hormones and keeping the baby’s body safe are tricky tasks that science can’t fully do yet.

Even the concept of full-term ectogenesis is being researched but is still experimental and morally debatable. Artificial wombs at present aim to save lives and enhance survival for premature infants, not substitute for the nine-month gestation period.

Conclusion

These revelations demonstrate how artificial wombs are a groundbreaking advance in neonatal care, but they don’t eliminate the biological and emotional nature of pregnancy as it occurs naturally. The technology aims to improve survival and quality of life, but ethical concerns and human relationships must always be at the forefront.