Preparing for IVF

By the time you've reached the decision to pursue IVF for tubal factor infertility, you've likely already been through a great deal  diagnosis, possibly surgery, certainly a lot of waiting and uncertainty. Now, with IVF as your path forward, a new question emerges: what can you actually do to prepare, and give this process the best possible chance of success?

This article brings together the practical, medical, and personal preparation that matters most specifically for women coming into IVF after a tubal factor diagnosis.

Step 1: Confirm Your Tubal Issue Has Been Appropriately Addressed

Before your IVF cycle

 begins, it's worth confirming with your specialist that any tubal issues requiring treatment before IVF have, in fact, been addressed:

If you had a hydrosalpinx, has it been removed or occluded, and has adequate healing time passed?

If you had other tubal surgery, has your recovery been confirmed as complete?

Has your specialist confirmed there's no remaining structural issue that needs attention before stimulation begins?

This isn't about second-guessing your medical team, it's about making sure you're walking into your cycle with a clear, confirmed starting point, which can also help reduce anxiety about unaddressed loose ends.

Step 2: Complete Recommended Baseline Testing

If not already done, your specialist will likely want a complete picture before beginning stimulation, which may include:

AMH (anti-Müllerian hormone) and antral follicle count, to assess ovarian reserve and guide your stimulation protocol

Semen analysis for your partner, if not already completed, since male fertility factors remain relevant regardless of your tubal diagnosis

Thyroid function and other relevant hormone testing, since thyroid imbalance can affect both fertility and pregnancy outcomes

Realistic Expectations for IVF With Tubal Factor Infertility

This is the final article in our complete series on tubal factor infertility, and I wanted to end somewhere different from where statistics and protocols usually leave you: with an honest conversation about expectations, medical, practical, and emotional as you move into IVF.
If you've followed this series from the beginning, you've come a long way: understanding what blocked tubes actually are, working through diagnosis, weighing surgery against IVF, and now preparing for treatment itself. This article is about walking into that treatment with eyes open, grounded in realistic hope rather than either false certainty or unnecessary fear.


Realistic Expectation 1 : IVF Solves your tubal problems specifically, not every variable


As we discussed earlier in this series, IVF was specifically designed to bypass tubal damage entirely, recreating each function your tubes would normally perform. This is genuinely excellent news for your specific diagnosis. But it's worth being clear: IVF solving your tubal problem doesn't mean it eliminates every variable that affects pregnancy success. Egg quality, sperm quality, embryo development, and uterine receptivity remain relevant factors, exactly as they would in any IVF cycle, regardless of the underlying diagnosis that brought you to treatment.

HSG Test Explained :What to Expect and What Your Results Mean

If your doctor has recommended an HSG test, you probably have a lot of questions  and maybe a little anxiety. That's completely normal. Most women have never heard of this test before they need one.

An HSG, or hysterosalpingogram, is one of the most common and most useful tests in fertility investigation. It tells your doctor whether your fallopian tubes are open, whether your uterine cavity is a normal shape, and whether there are any structural issues that could be affecting your ability to conceive.

In this article, I will walk you through exactly what happens during the test, what your results mean, and what typically happens next.

What Is an HSG Test?

HSG stands for hysterosalpingogram a mouthful, but the procedure itself is straightforward. It is an X-ray based test that examines the inside of your uterus and fallopian tubes.

During the test, your doctor passes a special dye (contrast medium) through a thin catheter into your uterus. As the dye fills the uterus and flows into the fallopian tubes, X-ray images are taken in real time. The dye should flow freely through both tubes and spill out at the ends  this confirms that the tubes are open.

If the dye does not flow through, or stops at a certain point, this suggests a blockage at that location.

The HSG also shows the shape of your uterine cavity, which means it can detect issues like fibroids, polyps, scar tissue, or a uterine septum (a structural variation present from birth)  all of which can affect fertility or pregnancy.

When is an HSG recommended?

Your doctor may recommend an HSG if:

You have been trying to conceive for 12 months without success (6 months if you are over 35)

You have a history of pelvic infection, STI, or pelvic inflammatory disease

You have had previous abdominal or pelvic surgery

You have had a previous ectopic pregnancy

You are being investigated before starting IVF or other fertility treatment

You have had recurrent miscarriages, to check for uterine structural causes

What to Expect: step by step

Timing. The test is usually scheduled between day 6 and day 12 of your menstrual cycle  after your period has finished but before ovulation. This timing reduces the risk of disrupting an early pregnancy and gives the clearest view of the uterine cavity.

Before the test. Some doctors recommend taking a mild pain reliever (such as ibuprofen) about an hour beforehand. You do not usually need to fast or take any other special preparation. Let your doctor know if you have any allergies, particularly to iodine or contrast dye.

During the test. You will lie on an X-ray table in a position similar to a pap smear. A speculum is inserted, and a thin catheter is passed through the cervix into the uterus. The dye is then slowly injected while X-ray images are taken. The entire procedure typically takes 10 to 15 minutes, though the dye injection itself only takes a few minutes.

After the test. You may experience mild cramping and light spotting for a day or two afterward. Most women can return to normal activities the same day. [We cover what the test actually feels like, and how to manage discomfort, in our dedicated article on HSG pain.]

Understanding Your HSG Results

This is usually the part patients are most anxious about. Here is what different results typically mean:

Normal result  bilateral tubal patency. This means both tubes are open and the dye spilled freely on both sides. The shape of your uterine cavity also appeared normal. This is reassuring, though it does not rule out all possible fertility issues  tubal openness is just one piece of the puzzle.

Unilateral blockage. This means one tube is open and one is blocked. Many women with one open tube can still conceive naturally, though it may take longer. Your doctor will discuss whether further investigation or treatment is needed based on the cause.

Bilateral blockage. This means both tubes are blocked. Natural conception through the tubes is not possible in this case, and your doctor will likely discuss IVF as the most effective path forward, since IVF bypasses the fallopian tubes entirely.

Hydrosalpinx. Sometimes the HSG shows a tube that is dilated and filled with fluid rather than cleanly blocked. This is called a hydrosalpinx and has specific implications for fertility treatment, which we cover in detail in a separate article.

Uterine abnormalities. The HSG may also reveal fibroids, polyps, scar tissue (Asherman's syndrome), or a uterine septum. These findings are evaluated separately from tubal status and may need their own treatment plan.

It's worth noting: an HSG showing a blockage does not always mean a true, permanent blockage. Sometimes the tube goes into spasm during the procedure, creating a false appearance of blockage. This is one reason your doctor may recommend a repeat test or a different investigation, such as laparoscopy, before making a final diagnosis.

Whatever your HSG shows, I encourage you to see it as one important piece of information  not the whole picture of your fertility.

If your tubes are clear, that is good news, but conception depends on many factors working together: ovulation, egg quality, sperm health, uterine receptivity, and hormonal balance. If your tubes show a blockage, that is significant information that helps guide next steps  but it does not mean your body has failed you, and it does not mean parenthood is out of reach.

In my practice, I look at HSG results alongside your broader hormonal, metabolic, and inflammatory health. Addressing underlying factors  such as insulin resistance, thyroid function, or chronic inflammation  can support better outcomes alongside whatever structural treatment path you choose.

What Happens After an HSG?

Your next steps depend entirely on your results:

Normal tubes, still not conceiving: Your doctor will likely investigate other fertility factors  ovulation, sperm analysis, hormone levels.

One tube blocked: Discussion of monitoring natural conception attempts, or moving toward fertility treatment depending on your age and other factors.

Both tubes blocked: A conversation about IVF, since this bypasses the tubes completely.

Hydrosalpinx detected: Further discussion about whether the affected tube needs treatment before IVF, as hydrosalpinx fluid can reduce IVF success rates if left untreated.

Uterine abnormality found: Possible referral for hysteroscopy to assess and treat the finding.

Key Takeaways

An HSG is an X-ray test using dye to check whether your fallopian tubes are open and your uterine cavity is normal

It is usually done between day 6 and 12 of your cycle

The procedure takes 10-15 minutes; mild cramping afterward is normal

Results range from fully normal to unilateral or bilateral blockage, hydrosalpinx, or uterine abnormalities

A blockage on HSG is not always permanent, tube spasm can cause false results

Your results are one important piece of your fertility picture, not the whole story

If you have an HSG coming up, try not to let anxiety take over. This test gives you and your doctor real answers  and answers are the first step toward a clear plan forward.

Your Summer IVF Prep Guide: Evidence-based tips for first-time and returning patients

Summer feels like it was made for other people's good news. Pregnancy announcements at barbecues. Baby shower invitations in your inbox. The casual, sun-soaked optimism of long evenings that can make a fertility journey feel lonelier than ever.

But here's something worth holding onto: summer is actually one of the best times to prepare for an IVF or frozen embryo transfer (FET) cycle. Longer days, better food, more opportunities to move your body, and  for many people, a little more breathing room in the schedule. If you have a cycle on the horizon, this season is working with you, not against you.

Whether this is your first retrieval, first transfer or you're returning after a cycle that didn't go as hoped, this guide is for you.

 IVF vs. FET: What's the difference?

Quick refresher, because prep overlaps but isn't identical for both.

IVF means stimulating your ovaries with injectable hormones to produce multiple eggs, retrieving those eggs under sedation, fertilizing them in a lab, and either transferring a fresh embryo or freezing for later.

FET uses embryos already created  from a previous cycle or a donor, thawed and transferred into a prepared uterus. Most clinics now prefer FET over fresh transfer because outcomes are comparable or better, and it gives your body time to recover from stimulation.

What you eat in the next 90 days matters more than you think

Egg quality is largely shaped over the 90-day window before retrieval. That's not a reason to be perfect, it's a reason to be consistent.

Prioritize protein. Follicular development, embryo quality, and endometrial receptivity all benefit from adequate protein intake. Most reproductive endocrinologists recommend 1.2-1.6g per kilogram of body weight daily. Eggs, chicken, legumes, Greek yogurt, and fish are your foundations.

Balance your blood sugar  even without PCOS. Insulin resistance affects egg quality and implantation success in all women, not just those with a PCOS diagnosis. Reducing ultra-processed carbohydrates, increasing fibre, and eating balanced meals matters here.

The Mediterranean diet is the gold standard. Multiple studies link this eating pattern  vegetables, olive oil, legumes, fish, whole grains with improved IVF outcomes. It's anti-inflammatory, blood-sugar friendly, and sustainable. You don't need a fertility meal plan. You need real food, regularly.

Cut back on alcohol and caffeine. Even moderate alcohol intake is associated with lower live birth rates. Caffeine is more nuanced, but most REs recommend staying under 200mg a day (roughly one cup of coffee). Summer mocktails and herbal iced teas are genuinely your friend right now.

 The lifestyle factors that actually move the needle

Vitamin D. Low levels (below 30 ng/mL) are linked to poorer IVF outcomes, lower implantation rates, and higher miscarriage risk. Don't assume summer sun is handling this  get your levels tested and supplement if needed.

Sleep. Melatonin, produced during sleep, plays a direct role in protecting egg quality. Summer light disrupts sleep cycles for a lot of people. Blackout curtains and a consistent bedtime aren't luxuries. They're genuinely reproductive medicine.

Walking. 7,000-10,000 steps daily improves insulin sensitivity, reduces cortisol, and supports cardiovascular health without the physiological stress of intense exercise. Summer makes this achievable in a way January rarely does.

Heat exposure; Sperm are temperature-sensitive. Hot tubs, saunas, and prolonged heat exposure can temporarily impair sperm production and motility. If your partner is contributing sperm, they should avoid significant heat exposure for at least 74 days before the cycle  the full sperm maturation window.

Stress management. Chronic stress activates cortisol pathways that suppress reproductive hormone signalling over time. Mindfulness, fertility-specialized therapy, and simply protecting time to rest are all evidence-supported strategies.

Supplements and Medications: What to start, stop, or question

Start early. A quality prenatal with 400-800mcg of folate (methylfolate if you carry an MTHFR variant) should be started at least three months before retrieval. Many protocols also include CoQ10 in ubiquinol form (200-600mg daily) for mitochondrial support  the evidence is promising, though not definitive.

Stop some things. High-dose Vitamin A (retinol form), herbal supplements like ashwagandha, dong quai, and vitex, and NSAIDs like ibuprofen can interfere with ovulation, implantation, or the hormonal environment. Tell your fertility team about everything you're taking.

Question the market.The fertility supplement space is full of products promising more than they can deliver. If something claims to triple your success rate, it can't. Spend your money on food, sleep, and a registered dietitian. The evidence behind those is stronger than most supplements on the shelf.

 For returning patients: You're not starting over

If you've been through this before, a failed transfer, a loss, a cycle that just didn't work, you're not beginning from zero. You're beginning with data.

You know how your body responded to stimulation. You know what your clinic expects. You have cycle reports, lived experience, and a clearer sense of what to expect. That matters.

What you may need to consciously set down: comparison to your previous cycle. The expectation that this one will mirror the last. The belief that suffering more or preparing harder improves the odds.

Preparing harder is not the same as preparing better. Rest, nourishment, and psychological safety are preparation. The failed cycle was not a verdict. It was one data point in a process that medicine still doesn't fully understand.

 Common myths about summer cycles

"Summer heat affects egg quality."Internal body temperature is tightly regulated. Ambient heat doesn't meaningfully affect follicular development in healthy women. The heat concern is primarily about sperm.

"I should delay my cycle to avoid summer scheduling." Most reputable clinics can accommodate monitoring appointments with some flexibility. Talk to your clinic openly rather than quietly delaying your cycle.

"A positive attitude improves outcomes." There's no good evidence that positive thinking changes clinical results. This myth places unfair emotional burden on patients who are already struggling. Your emotional state doesn't determine your embryo quality.

"I need to reach my perfect weight first." Metabolic stability matters more than a number on a scale. Perfectionism around weight causes real delays in care. Discuss timing honestly with your RE.

The Emotional reality of a summer cycle

You don't have to pretend summer feels fine. It often doesn't. Social events, bump announcements, and the relentless cheerfulness of the season can be genuinely hard to navigate when you're in the middle of fertility treatment.

Some things that help: being selective about which events you attend and giving yourself permission to leave. Having a prepared response for intrusive questions ("We're focusing on our health right now" is complete and doesn't invite follow-up). Connecting with others who get it  online or in person. And telling one trusted person what you actually need.

The data, across populations, supports hope. Most people who pursue IVF with persistence eventually bring a baby home. The path is rarely straight. But it's not as closed as the hardest moments make it feel.

 The Bottom Line

This isn't about perfection. It's about building the most stable, nourished, rested, and supported version of yourself you can then trusting your body, your clinical team, and the biology that makes this possible.

Focus on protein, blood sugar balance, sleep, walking, Vitamin D, stress management, and connection.

Avoid alcohol, heat exposure (for sperm), unverified supplements, and the myth that willpower determines outcomes.

And if you're struggling emotionally, physically, or both please reach out to your fertility team. You shouldn't be navigating this alone.

This content is for educational purposes only and does not constitute medical advice. Please consult your reproductive endocrinologist for guidance specific to your situation.

What Does Hydrosalpinx Mean for Fertility?

If you've just heard the word "hydrosalpinx" for the first time likely after an HSG, ultrasound, or laparoscopy you may be feeling a mix of confusion and concern. It's an unfamiliar word, and like many medical terms, it doesn't immediately explain itself.

Let's change that. In this article, I'll explain exactly what hydrosalpinx is, how it differs from a "regular" blocked tube, what it means for your fertility, and what your treatment options look like.

What Does "Hydrosalpinx" Actually Mean?

The term itself comes from Greek roots: "hydro" meaning water or fluid, and "salpinx" meaning tube. Put together, hydrosalpinx literally means a fallopian tube filled with fluid.

This happens when the far end of the fallopian tube the end nearest the ovary, where the delicate fimbriae normally capture the released egg becomes blocked and seals shut. With nowhere for normal tubal secretions to drain, fluid gradually accumulates inside the tube, causing it to swell, sometimes significantly. In more advanced cases, the tube can become quite distended and visible on ultrasound as a fluid-filled, sausage-shaped structure.

What Causes Hydrosalpinx?

Hydrosalpinx develops as a consequence of damage to the far end of the fallopian tube, most commonly due to:

Pelvic inflammatory disease (PID). This is the most common cause. Infection-related inflammation can cause the delicate fimbriae to fuse shut, sealing the end of the tube.

Severe endometriosis. Endometriosis affecting the tube or surrounding pelvic structures can lead to similar scarring and closure of the tube's end.

Previous pelvic surgery. Surgical adhesions can sometimes affect the tube's far end, contributing to closure and fluid accumulation.

Previous ectopic pregnancy. Depending on how an ectopic pregnancy was treated, the affected tube can sometimes develop into a hydrosalpinx afterward.

In essence, hydrosalpinx isn't really a separate root cause it's a specific consequence that can result from the same underlying causes of tubal damage covered elsewhere in this series, when that damage happens to occur at the far end of the tube.

Does Hydrosalpinx Cause Symptoms?

Often, no and this is consistent with the broader pattern of tubal damage we've discussed throughout this series. Many women with hydrosalpinx have no symptoms at all and only discover it during fertility investigations.

When symptoms do occur, they may include:

Mild to moderate pelvic pain or pressure, particularly on the affected side

Unusual vaginal discharge, if there is an ongoing or recent infection

In some cases, the pain may fluctuate or worsen around the time of ovulation or menstruation.

The absence of these symptoms does not rule out hydrosalpinx, and their presence doesn't confirm it either diagnostic imaging or laparoscopy is needed for a clear diagnosis.

How Is Hydrosalpinx Diagnosed?

Ultrasound. A hydrosalpinx is often visible on a transvaginal ultrasound as a distended, fluid-filled tubular structure, particularly when it has become significantly enlarged. Smaller hydrosalpinges may be less obvious on ultrasound alone.

HSG (hysterosalpingogram). During this test, a hydrosalpinx often shows a distinctive pattern dye fills the dilated, fluid-filled portion of the tube but does not spill out the end in the normal way, since the end of the tube is sealed shut.

Laparoscopy. This provides the clearest direct visual confirmation, allowing your surgeon to see the affected tube's size, position, and the extent of associated scarring or adhesions.

What Does Hydrosalpinx Mean for Your Fertility, Specifically?

This is the question that matters most, and there are two distinct aspects to understand.

First: a hydrosalpinx tube cannot function normally for natural conception. Since the end of the tube is sealed, it cannot capture an egg released from the ovary, meaning natural conception via that specific tube is not possible. If only one tube is affected, the situation is similar to other forms of unilateral tubal blockage natural conception may still be possible via the healthy tube, depending on various factors covered in our related article on this topic.

Second and this is the part that often surprises patients hydrosalpinx fluid can negatively affect fertility even beyond the affected tube itself. Unlike a simple blockage, hydrosalpinx involves active fluid that can potentially leak backward into the uterine cavity. This fluid has been associated with a less favourable environment for embryo implantation, which matters not just for natural conception, but significantly for IVF outcomes as well even when using eggs and sperm that have nothing to do with the affected tube. We cover this specific issue, and what it means for IVF treatment planning, in a dedicated article in this series.

This is why hydrosalpinx is treated as a somewhat distinct diagnosis from a standard tubal blockage, even though both ultimately prevent that specific tube from functioning normally.

What Are Your Treatment Options?

Treatment depends on factors including the size of the hydrosalpinx, whether one or both tubes are affected, your symptoms, and your fertility plans:

Monitoring. For very small, asymptomatic hydrosalpinges discovered incidentally, your doctor may simply monitor the situation, particularly if you're not yet actively trying to conceive or pursuing IVF.

Surgical removal (salpingectomy). Removing the affected tube entirely is often recommended, particularly when IVF is planned, since it eliminates the source of fluid that could affect implantation.

Surgical tubal occlusion. Rather than full removal, the tube can be blocked near its connection to the uterus, preventing fluid from reaching the uterine cavity while leaving the rest of the tube in place.

Antibiotic treatment. If an active or recent infection is contributing to the hydrosalpinx, antibiotics may be part of your treatment, though they cannot reverse existing scarring or reopen a tube that has already sealed shut.

We explore the surgery-versus-IVF-timing decision in much more detail in our dedicated hydrosalpinx and IVF article, since this is often the central question patients want answered once they understand the diagnosis.

A hydrosalpinx diagnosis often comes with an underlying inflammatory history whether from past infection or endometriosis and addressing that broader inflammatory picture is valuable for your overall reproductive health, separate from whatever structural treatment your hydrosalpinx itself requires.

I also want to gently note: receiving a diagnosis with an unfamiliar name like "hydrosalpinx" can feel more alarming simply because it sounds unusual and serious. Understanding that it is, fundamentally, a specific and well-understood form of tubal damage with established treatment approaches and a generally good prognosis when properly managed can help take some of the fear out of an unfamiliar word.

Key Takeaways

Hydrosalpinx means a fallopian tube that has become blocked at its far end and filled with fluid

It is usually caused by the same underlying factors as other tubal damage PID, endometriosis, surgery, or ectopic pregnancy when the damage occurs at the tube's far end

Often symptomless, and typically diagnosed via ultrasound, HSG, or laparoscopy

The affected tube cannot support natural conception, and the fluid itself can negatively affect implantation, even with IVF.

Treatment ranges from monitoring (for small, asymptomatic cases) to surgical removal or tubal occlusion, particularly before IVF.

A hydrosalpinx diagnosis is a clear, well-understood piece of medical information not a mystery, and not a dead end. Understanding exactly what it means is the first step toward deciding, together with your doctor, what happens next.

HSG vs Laparoscopy Which Test Gives Better Results?

Once you start investigating possible tubal factor infertility, you'll likely encounter two very different tests: the HSG (hysterosalpingogram) and laparoscopy. Patients are often surprised to learn these are not simply two versions of the same test, they answer genuinely different questions, carry different risks and recovery times, and are often used together rather than as alternatives to one another.

Understanding the real difference between them will help you make sense of why your doctor recommends one, the other, or both and what each can and cannot tell you.

The Core Difference: Indirect vs Direct assessment

The simplest way to understand the distinction is this: an HSG is an indirect assessment, while laparoscopy is a direct assessment.

During an HSG, dye is passed through the uterus and tubes, and X-ray images capture whether the dye flows through and spills out the ends. This tells your doctor whether the tubes are open but it does so indirectly, by tracking the path of a substance, without anyone actually seeing the tubes themselves.

During a laparoscopy, a thin camera is inserted through a small incision in the abdomen, allowing your surgeon to directly view your uterus, tubes, ovaries, and the surrounding pelvic structures in real time. This is a direct visual assessment your surgeon can see exactly what's happening, not just infer it from dye flow.

This distinction matters more than it might initially seem, and it's the key to understanding when each test is the right choice.

What each test can and cannot tell you

HSG can tell you:

Whether the fallopian tubes are open or blocked, and roughly where a blockage is located

The general shape of your uterine cavity, including possible fibroids, polyps, or structural abnormalities

HSG cannot tell you:

Whether a tube is in its normal position, or has been displaced by adhesions (as can happen with endometriosis)

Whether the outside surface of your pelvic organs shows any endometriosis, scarring, or adhesions.

The condition of the fimbriae (the egg-capturing structures at the end of the tube) in detail.

Whether what appears to be a blockage is a true blockage or temporary tube spasm

Laparoscopy can tell you:

All of the above direct visualisation of tubal position, mobility, and the external condition of the tubes and fimbriae.

Whether endometriosis is present, and its location and severity.

Whether pelvic adhesions are present, even if they don't fully block the tubes.

It can often be therapeutic as well as diagnostic. Your surgeon can remove adhesions, treat mild endometriosis, or address other findings during the same procedure.

Laparoscopy generally cannot tell you (without additional steps):

Whether dye flows through the tubes as precisely as an HSG demonstrates, though dye testing (chromopertubation) is often performed simultaneously during laparoscopy to combine both types of information

Comparing the procedures themselves

HSG

Outpatient procedure performed in a radiology setting.

No anaesthesia required, though some discomfort is common.

Takes approximately 10-15 minutes.

Same-day recovery; most women return to normal activities within a day.

Lower cost compared to laparoscopy.

Carries a small risk of infection or, rarely, an allergic reaction to the contrast dye.

Laparoscopy

Surgical procedure performed in an operating theatre.

Requires general anaesthesia.

Takes approximately 30–90 minutes, depending on findings and any treatment performed.

Recovery typically takes several days to a week, with some activity restrictions.

Higher cost compared to HSG, reflecting the surgical setting and anaesthesia.

Carries surgical risks, including those associated with anaesthesia, infection, or rarely, injury to surrounding organs though serious complications are uncommon in experienced hands.

So which test should you have?

This depends entirely on your clinical picture, and your doctor's recommendation will typically follow a logical sequence:

HSG is usually the first-line test for most women being investigated for difficulty conceiving, because it is less invasive, more affordable, and provides valuable information about both tubal patency and uterine shape with minimal recovery time.

Laparoscopy is typically recommended when:

You have symptoms or history suggestive of endometriosis (chronic pelvic pain, painful periods, painful intercourse)

Your HSG results are unclear, or suggest a possible blockage that may actually be tube spasm

You have a history of pelvic infections or previous pelvic surgery, where adhesions are more likely

You have normal HSG results but are still experiencing unexplained infertility, since laparoscopy can detect issues HSG cannot.

Your doctor wants to both diagnose AND treat findings (such as removing adhesions or mild endometriosis) in a single procedure

In many cases, women have an HSG first, and laparoscopy is reserved for situations where more detailed information is needed, or where treatment of identified issues is anticipated.

Can you need both?

Yes, and this is actually quite common. Some women have a normal or unclear HSG, followed by laparoscopy that reveals endometriosis or adhesions that the HSG could not detect. Others have laparoscopy planned from the start, with dye testing performed during the same procedure to combine direct visualisation with tubal patency assessment sometimes called a "lap and dye" procedure.

Rather than thinking of these as competing options, it's more accurate to think of them as complementary tools that answer different questions and your doctor will guide you toward whichever combination makes sense for your specific situation.

Whichever test (or combination of tests) you undergo, the goal is the same: getting clear, accurate information so that you and your doctor can make the best possible decisions about your fertility path forward. I encourage patients not to view either test as something to fear, but as a valuable source of clarity even if the answers aren't always what you were hoping for.

Supporting your body well in the lead-up to either procedure adequate rest, hydration, and managing anxiety through whatever techniques work for you can also make the experience itself more comfortable.

Questions to ask your doctor

Based on my history and symptoms, would you recommend HSG, laparoscopy, or both?

If I start with an HSG, under what circumstances would you recommend laparoscopy afterward?

If I have laparoscopy, will dye testing be performed during the same procedure?

What is the realistic recovery time I should plan for, given my specific situation?

Key Takeaways

HSG is an indirect, X-ray based test using dye to assess tubal patency and uterine shape.

Laparoscopy is a direct, surgical visualisation of the uterus, tubes, ovaries, and surrounding pelvic structures

HSG is typically less invasive, faster to recover from, and more affordable usually the first-line test.

Laparoscopy can detect issues HSG cannot, such as adhesions, endometriosis, and tubal displacement, and can be therapeutic as well as diagnostic

Many women benefit from both tests, used together or in sequence, rather than choosing one over the other.

Your doctor's recommendation will depend on your specific symptoms, history, and previous test results.

Neither test is inherently "better" they're different tools designed to answer different questions. Understanding what each one can and cannot tell you helps you feel more informed and less anxious about whichever path your doctor recommends.

Are HSG Tests Painful?

If you have an HSG scheduled, there's a good chance you've already searched some version of this exact question and found a wide range of answers, from "barely noticeable" to genuinely frightening descriptions. That inconsistency is, frankly, part of what makes the anticipation so stressful.

I want to give you an honest, balanced answer: yes, an HSG typically involves some discomfort, and for some women that discomfort is more significant than others. But I also want to give you the context, the "why," and practical strategies that can make a real difference  because going in informed tends to make the experience considerably more manageable than going in afraid of the unknown.

Why Does an HSG Cause Discomfort in the First Place?

Understanding the mechanics helps explain why discomfort happens, and also why it varies so much between individuals.

The discomfort of an HSG comes from a few specific sources:

Catheter insertion through the cervix. This can cause a brief, sharp sensation similar to a pap smear, though usually a bit more pronounced.

Uterine cramping as the dye fills the uterine cavity. This is often described as similar to strong menstrual cramps, and is typically the most noticeable part of the procedure. It happens because the uterus is being distended (stretched) by the fluid, which triggers a cramping response.

Dye passing through the fallopian tubes. If the tubes are open, this is often felt as a milder, more fleeting sensation. If a tube is blocked, some women describe more noticeable pressure or cramping on that side, as the dye builds up pressure against the obstruction rather than flowing through freely.

Speculum placement. Similar to a pap smear, this can cause general pelvic pressure or mild discomfort, separate from the procedure-specific sensations above.

Why Does Pain Level Vary

 So Much Between Women?

This is genuinely one of the most common follow-up questions, and there are real, identifiable reasons for the variation:

Whether your tubes are open or blocked. Many women report that dye flowing freely through open tubes causes relatively mild, brief discomfort, while dye meeting resistance at a blockage can cause more noticeable cramping on that side.

Your individual pain sensitivity and prior experiences. As with any procedure involving the cervix and uterus, individual pain thresholds vary, and previous experiences (such as difficult pap smears, or conversely, easy ones) can sometimes predict how you'll experience an HSG. 

Whether you've previously given birth vaginally. Some women who have had a vaginal delivery find catheter insertion somewhat easier, due to a more dilated cervix, though this isn't a universal rule.

The skill and approach of the person performing the procedure. A gentle, unhurried technique, along with clear communication throughout, can meaningfully affect your experience and it's completely reasonable to ask your provider about their approach beforehand if this is a concern for you.

Anxiety levels going into the procedure. This deserves real attention.

 Anticipatory anxiety can heighten physical pain perception, which creates a frustrating cycle  fear of pain can make the experience feel more painful, which reinforces the fear. We'll talk about how to break this cycle below.

How Long Does the Discomfort Last?

The most intense part of the procedure  uterine cramping as the dye fills the cavity  typically lasts only a few minutes, during the active part of the dye injection. Most women describe the peak discomfort as brief rather than prolonged.

After the procedure, mild cramping and light spotting are common for the rest of the day, sometimes extending into the following day. This residual discomfort is generally much milder than the procedure itself and is usually manageable with an over-the-counter pain reliever, similar to period pain.

Practical Ways to Reduce Discomfort

Take a pain reliever beforehand. Many doctors recommend taking an over-the-counter anti-inflammatory medication, such as ibuprofen, about an hour before your appointment. Confirm the specific recommendation and timing with your own doctor.

Time it appropriately in your cycle. HSG is typically performed between day 6 and 12 of your cycle, after your period but before ovulation  timing that also tends to reduce some procedural discomfort compared to other points in your cycle.

Communicate with your provider during the procedure. Let them know if you're experiencing significant discomfort a brief pause, or adjustments to technique, can sometimes help. Most providers genuinely want this experience to be as comfortable as possible for you.

Practice slow, deep breathing throughout. This isn't just a generic relaxation tip  controlled breathing has a genuine physiological effect on pelvic muscle tension, and tense muscles tend to amplify cramping discomfort. Try to consciously relax rather than brace during the procedure.

Consider bringing a support person. Many clinics allow a partner or friend to accompany you, which can meaningfully reduce anxiety for some women.

Address anticipatory anxiety beforehand. If you find yourself feeling highly anxious in the days leading up to your HSG, techniques like guided breathing exercises, listening to calming content, or talking through your specific fears with your doctor beforehand can help interrupt the fear-amplifies-pain cycle described above.

Plan for rest afterward. While most women return to normal activities the same day, giving yourself permission to rest for the remainder of the day  rather than rushing back into a demanding schedule can help your body recover more comfortably.

When Should You Be Concerned About Pain After an HSG?

Mild cramping and light spotting for a day or two is expected and normal. However, contact your doctor if you experience:

Severe pain that doesn't improve with over-the-counter pain relief

Fever

Heavy bleeding (more than light spotting)

Foul-smelling vaginal discharge

Pain that worsens rather than improves over the days following the procedure

These symptoms could indicate an infection or other complication requiring prompt attention, though such complications are uncommon.

An Honest Reassurance

I want to be direct: most women describe an HSG as uncomfortable rather than unbearable  more intense than a pap smear, generally less intense than feared in advance, and brief in duration. The anticipation is very often worse than the procedure itself, particularly once you understand exactly what's happening and why.

This isn't meant to dismiss anyone whose experience was more difficult  pain is real and individual, and some women do have a harder time with this procedure than others. But going in with accurate expectations, practical strategies, and permission to advocate for yourself during the procedure tends to make a genuine difference.

Key Takeaways

HSG typically causes uterine cramping, similar to or somewhat stronger than period cramps, lasting a few minutes during the procedure

Pain levels vary significantly between women, influenced by tubal status, individual pain sensitivity, and anxiety levels

Taking a pain reliever beforehand, practicing breathing techniques, and communicating with your provider can all help

Most discomfort resolves within a day; severe pain, fever, or heavy bleeding afterward warrants contacting your doctor

Most women find the procedure more manageable than anticipated, especially with good preparation

If you have an HSG coming up, I hope this has helped replace some of the uncertainty with clear, honest expectations. You are capable of getting through this  and the information you'll gain is genuinely valuable for your fertility journey.

Can Ultrasound Detect Blocked Fallopian Tubes?

"But my ultrasound was normal so my tubes must be fine, right?"

This is one of the most common, and most understandable, points of confusion I encounter in practice. A pelvic ultrasound is such a familiar, routine part of women's healthcare that it's natural to assume it checks everything including the fallopian tubes. Unfortunately, this assumption can lead to a false sense of reassurance, or in some cases, a delay in getting the right test.

Let's clear this up properly: can a standard ultrasound detect blocked fallopian tubes? The honest answer is: usually no,  and understanding why is genuinely important for your fertility investigation.

Why a Standard Pelvic Ultrasound Usually Can't See Tubal Blockage

A standard pelvic or transvaginal ultrasound uses sound waves to create images of your pelvic organs. It is excellent at visualising the uterus (including fibroids or polyps) and the ovaries (including cysts or follicles) structures that have enough size, density, and distinct borders to show up clearly on ultrasound imaging.

Healthy fallopian tubes, however, are thin, narrow structures typically only a few millimetres in diameter and are usually collapsed rather than open and fluid-filled. This makes them essentially invisible on a standard ultrasound under normal circumstances.

 You cannot generally see a normal, healthy fallopian tube on a regular pelvic ultrasound, and equally, you usually cannot see that a tube is blocked, because a simply blocked (but not fluid-filled) tube looks the same as no tube at all on standard imaging essentially invisible either way.

This is the key point: the absence of any visible problem with your tubes on a standard ultrasound does not mean your tubes are open and healthy. It usually just means the ultrasound wasn't able to assess them either way.

So when CAN Ultrasound Detect a Tubal Problem?

There is an important exception to this, and it's worth understanding clearly.

Hydrosalpinx is often visible on ultrasound. Because a hydrosalpinx is a tube that has become dilated and filled with fluid, it has enough size and fluid content to potentially show up on ultrasound as a distended, tubular, fluid-filled structure sometimes described as having a "sausage-like" or "cogwheel" appearance, depending on its size and the extent of internal scarring.

This means ultrasound can sometimes detect this specific type of tubal damage, even though it generally cannot detect a standard blockage. If your ultrasound report mentions a possible hydrosalpinx, that is a meaningful finding worth discussing with your doctor but if your ultrasound is reported as "normal," this does not reliably rule out either a standard blockage or, in some cases, even a smaller hydrosalpinx that wasn't large enough to be clearly visible.

What about ovarian and uterine findings on ultrasound?

While ultrasound has real limitations for assessing tubal status, it remains genuinely valuable for other aspects of your fertility evaluation, including:

Detecting ovarian cysts, including endometriomas (cysts associated with endometriosis)

Assessing antral follicle count, which contributes to evaluating ovarian reserve

Identifying uterine fibroids or structural abnormalities

Monitoring follicle development during ovulation tracking or fertility treatment cycles

Detecting polyps within the uterine cavity

So while a normal pelvic ultrasound is reassuring for these specific findings, it should not be interpreted as confirmation that your tubes are open and functioning normally.

What tests ARE used to properly assess tubal patency?

Since standard ultrasound has these limitations, your doctor will recommend a different test specifically designed to assess whether your tubes are open:

HSG (hysterosalpingogram). The most commonly used first-line test, using X-ray imaging and dye passed through the uterus and tubes.

Sonohysterography (saline infusion sonography), sometimes combined with HyCoSy. This is a specialised ultrasound-based technique where saline (and sometimes a contrast agent specifically designed for ultrasound visibility) is passed through the uterus and tubes while ultrasound imaging is performed in real time. Unlike a standard ultrasound, this technique actively introduces fluid to make the tubes visible and assess whether that fluid flows through them  essentially using ultrasound technology, but in an active, functional way rather than simply imaging the resting pelvic anatomy.

Laparoscopy with dye testing (chromopertubation). This provides direct visual confirmation, allowing your surgeon to see dye flow through the tubes in real time during a surgical procedure.

The key distinction between a standard ultrasound and tests like HSG or sonohysterography is that the latter actively challenge the tubes with fluid or dye and track what happens rather than simply taking a still image of the pelvis at rest.

Why does this distinction matter so much?

I want to emphasise this because the consequences of this confusion are real. Some women, told their ultrasound was "normal," delay seeking further fertility investigation, assuming their tubes have already been checked and cleared. This can mean months or even years of continued difficulty trying to conceive, without the right information to guide next steps.

If you have been trying to conceive for 12 months without success (6 months if you are over 35), and your evaluation so far has only included a standard ultrasound, it is genuinely worth asking your doctor specifically: "Has my tubal patency actually been assessed, or just my uterus and ovaries?" This is a reasonable, important question, and a good doctor will welcome it.

An Integrative Perspective

Understanding exactly what each test does and doesn't tell you is part of advocating effectively for your own fertility care. I encourage patients to ask clear questions about what has and hasn't been assessed, rather than assuming a "normal" result on one test means every aspect of their fertility has been checked. This isn't about second-guessing your doctor; it's about making sure you have a complete picture before deciding on next steps.

Key Takeaways

A standard pelvic ultrasound generally cannot detect a simple tubal blockage, because healthy and blocked tubes both appear essentially invisible on standard imaging

The exception is hydrosalpinx, which can sometimes be visible on ultrasound due to the fluid distending the tube

A "normal" ultrasound result does not confirm your tubes are open  it usually means tubal status simply wasn't assessed

Ultrasound remains valuable for assessing the uterus, ovaries, and ovarian reserve, just not tubal patency specifically

HSG, sonohysterography (HyCoSy), and laparoscopy with dye testing are the appropriate tests to specifically assess whether your tubes are open

If your fertility evaluation so far has only included a standard ultrasound, please don't assume your tubes have been cleared. Ask the specific question, and make sure you get the specific test that actually answers it.

How STIs Can Affect Fertility Years Later

"But that was years ago. I was treated. Why would it still matter now?"

I hear some version of this question often, usually from women who have just learned that a past sexually transmitted infection may be connected to their current fertility struggles. The confusion is completely understandable, if an infection was treated and cleared, how could it still be affecting your body now?

The answer lies in understanding the difference between an infection and the damage it can leave behind. Treating an infection clears the bacteria. It does not always reverse the physical changes the infection caused while it was present. This article explains how that happens, and why the gap between infection and diagnosis is often so long.

The Infection is treated but the damage can remain.

when a sexually transmitted infection like chlamydia or gonorrhea is treated with antibiotics, the treatment clears the bacteria from your body. This is genuinely important and effective it stops the infection from continuing to cause harm and protects you from further complications.

However, if the infection was present for some time before treatment which is common, since these infections are frequently symptomless it may have already triggered an inflammatory response in the pelvic organs. This inflammation can lead to scarring of the fallopian tubes, a process that does not reverse once the infection itself is gone.

In other words: the infection is cured, but the scar tissue it caused remains. This is why a woman can test negative for chlamydia today, with no history of ongoing infection, and still have significant tubal damage from an infection she had a decade earlier.

Why the time hap is so common

Most STIs that affect fertility particularly chlamydia are notorious for causing minimal or no symptoms. A woman can be infected, carry the infection for months, and never know it was there unless she happened to be tested for an unrelated reason.

During this time, the infection can quietly ascend from the cervix into the uterus and fallopian tubes, triggering inflammation, a process called pelvic inflammatory disease (PID). PID itself can also be silent or mild, producing symptoms that are easy to dismiss as a bad period or general pelvic discomfort.

By the time a woman begins trying to conceive often years or even a decade later the connection to a long-resolved infection is rarely on anyone's radar. It typically only comes to light during fertility investigations, when an HSG or laparoscopy reveals tubal scarring, and a doctor asks about any history of pelvic infections or STIs.

Which STIs are most associated with fertility damage?

Chlamydia is the most significant concern globally, due to both how common it is and how frequently it goes undetected. It is the leading infectious cause of tubal factor infertility worldwide.

Gonorrhea also causes pelvic inflammatory disease and tubal scarring, and frequently occurs alongside chlamydia.

Mycoplasma genitalium, a less well-known STI, has also been increasingly linked to pelvic inflammatory disease and tubal damage, though research into its long-term fertility impact is still developing.

It's worth noting that not every STI carries this risk. Infections such as HPV or herpes, for example, do not typically cause tubal damage in the same way, though they carry other health considerations of their own.

Does every case of Chlamydia or PID cause infertility?

No and this is an important point of reassurance. Not every woman who has had chlamydia, gonorrhea, or even a diagnosed episode of PID will go on to experience tubal infertility. The risk increases with:

Delayed treatment. The longer an infection goes untreated, the more time it has to cause inflammation and scarring.

Repeated infections. Each episode of PID compounds the risk of lasting tubal damage.

Severity of the inflammatory response. This varies between individuals and is not always predictable.

Many women who have had a treated STI in the past go on to conceive without any difficulty at all. The connection to fertility is a possibility worth investigating, particularly if you are facing unexplained difficulty conceiving not an inevitable outcome.

What should you do if you have a history of STIs or PID?

If you have a past history of chlamydia, gonorrhea, or diagnosed PID, and you are currently trying to conceive or planning to in the future, it is worth having an open conversation with your doctor even if you feel completely well now and have had no symptoms since.

Your doctor may recommend:

Tubal patency testing, such as an HSG, particularly if you've been trying to conceive for 12 months without success (6 months if over 35)

A general fertility assessment if you're planning to conceive in the near future and want to understand your baseline tubal health

Discussion of your full reproductive history, including any STIs, even ones you assume are no longer relevant

There is no need for shame or hesitation in this conversation. STIs are common, and your doctor's role is to understand your full health picture so they can help you not to judge your past.

Beyond the structural damage that past infections can cause, it is worth considering your broader pelvic and immune health. Chronic low-grade inflammation, whether from a past infection or other causes, can affect more than just tubal patency it can influence egg quality, implantation, and overall reproductive function.

 When a patient has a history of STI-related tubal damage, it is best to  look at the full picture: not just whether the tubes are open, but the broader inflammatory and immune landscape that may still be relevant to fertility outcomes today.

Key Takeaways

Treating an STI clears the infection, but does not always reverse scarring it may have already caused

Chlamydia is the most significant STI-related cause of tubal infertility worldwide, largely because it is so often symptomless

The gap between infection and fertility diagnosis is frequently years or even decades

Not every case of chlamydia or PID leads to infertility risk increases with delayed or repeated infection

A past STI history is worth discussing openly with your doctor, even if you feel completely well now

Addressing broader inflammatory and immune health can be a valuable part of your fertility plan

If you have a history of STIs and are now facing fertility challenges.

Father's Day and Male Fertility: Why Your Health Is Half the Story

Every Father's Day, we celebrate the men who showed up the dads who stayed, sacrificed, and loved well. But somewhere in the noise of those celebrations, a quieter group of men gets overlooked entirely: the ones who want nothing more than to become fathers, and are still waiting.

And for many of them, the wait isn't just about timing or luck. It's about biology specifically, their own. Male fertility challenges are far more common than most people realize, far more connected to overall health than anyone tells men, and far more treatable than most couples discover until years into a journey they didn't expect to take.

Surviving Father's Day After Pregnancy Loss

 

There's a particular kind of dread that starts building days before Father's Day arrives, if you've lost a baby. You can feel it coming the way you feel weather changing  the store displays, the "best dad ever" ads, the group chat asking what everyone's doing for their dads. None of it is meant for you, and all of it lands on you anyway.

If this is your first Father's Day since the loss, or your fifth, this is for you: you don't have to survive this day by pretending it's not happening. You just have to get through it. Here's how.

Father's Day and the Silent Grief of Men Trying to Conceive

There's a version of Father's Day that shows up everywhere this time of year,  grills smoking in backyards, kids in matching shirts, a feed full of "world's best dad" mugs and handprint cards. It's easy to scroll past if it's not your life. It's much harder when it's the life you want more than anything, and it keeps not arriving.

For men who are still trying to become fathers  through fertility treatment, an unexplained diagnosis, or the grief of a miscarriage  this day can quietly become one of the hardest of the year. Not because they don't want to celebrate the dads around them. Because somewhere underneath the celebration is a private ache: will this ever be me?

It's a heavier weight than most people realize. A 2023 meta-analysis found that men diagnosed with infertility experience depression at rates between 14 and 23 percent  roughly ten times higher than men in the general population. And still, because the cultural conversation around fertility centers almost entirely on women, that pain rarely gets a name. There's no card for it. No casserole shows up at your door. Most men just go to work the next morning and answer "how are you" with "fine."

This is for the men who aren't fine. This is for the ones still waiting.