How do pre-admission testing nurses explain to Spanish-speaking patients why aspirin must be disclosed before elective surgery?

The most common reason Spanish-speaking patients conceal aspirin use before surgery is the belief that disclosing it will cancel the procedure. The pre-admission testing nurse needs to reframe the disclosure conversation entirely: the information is not being gathered to find reasons to cancel, but to allow the surgical team to prepare for the safest possible procedure. Aspirin irreversibly inhibits platelet aggregation for the life of the platelet — approximately seven to ten days. Platelets are the cells that form the initial clotting plug when a vessel is cut. Without normal platelet function, intraoperative hemostasis is more difficult and blood loss can be greater than planned. When the surgical team knows in advance that a patient has taken aspirin within the prior seven days, they can plan accordingly: selecting neuraxial anesthesia if appropriate (which has better hemostatic outcomes in major joint replacement than general anesthesia), having additional blood conservation measures in place, and having blood products available if needed. The critical teaching for the nurse is that a patient who discloses aspirin use at the pre-admission visit is giving the team the information it needs to proceed safely. A patient who discloses it on the morning of surgery leaves the team in a more difficult position. A patient who does not disclose it at all is the most dangerous scenario: the team is managing unexpected intraoperative blood loss without the preparation time that disclosure would have allowed. “La razón por la que le pregunto sobre la aspirina no es para cancelar la cirugía — es para que el equipo quirúrgico pueda prepararse de la manera más segura posible para usted. Si me dice que tomó aspirina esta semana, el anestesiólogo y el cirujano saben qué medidas tomar. Si no lo sé y hay un problema durante la cirugía, es mucho más difícil manejar. Usted no va a perder su lugar en el programa quirúrgico por decirme esto.” (The reason I am asking you about aspirin is not to cancel the surgery — it is so the surgical team can prepare in the safest possible way for you. If you tell me you took aspirin this week, the anesthesiologist and surgeon know what measures to take. If I don’t know and there is a problem during surgery, it is much harder to manage. You are not going to lose your place in the surgical schedule for telling me this.)

How do pre-admission testing nurses explain to Spanish-speaking patients why a high hemoglobin A1c delays elective surgery?

The confusion a Spanish-speaking patient feels when told that a blood sugar number is delaying a hernia repair or a joint replacement is legitimate: the two things do not appear connected. The pre-admission testing nurse’s task is to explain the connection at the level of tissue biology. Hemoglobin A1c measures average blood glucose over approximately the past twelve weeks — not today’s glucose, but the running average that reflects sustained control. An A1c of 10.2% corresponds to an average blood glucose of approximately 246 mg/dL over twelve weeks. That level of sustained glucose elevation impairs three of the fundamental mechanisms that surgical wound healing and surgical infection defense depend on. First, collagen synthesis: the enzymes that build the collagen strands that hold wound edges together require a narrow glucose range to function; at elevated glucose, collagen synthesis slows and wound tensile strength is reduced. Second, leukocyte function: the white blood cells that identify and destroy bacteria at the surgical site lose their motility and their bactericidal efficiency at high blood glucose levels, leaving the wound more vulnerable to the bacteria introduced by any surgical incision. Third, vascular supply: chronically elevated glucose damages the small blood vessels that supply oxygen to healing tissue; a wound in poorly-perfused tissue heals more slowly and is more prone to breakdown. For hernia repair with mesh, the stakes are higher than for many elective procedures because mesh is a foreign body — bacteria that establish themselves in mesh are protected from immune clearance and antibiotics in a way that tissue-to-tissue closures are not, and mesh infection typically requires reoperation and mesh removal. “El azúcar elevada no sólo afecta la energía que usted siente — afecta la capacidad del tejido de sanar. Los estudios muestran que por encima de cierto nivel de A1c, el riesgo de infección de la herida, de que la herida no cierre bien, y de complicaciones con la malla aumenta de manera significativa. No le estamos quitando la cirugía — le estamos dando el tiempo para poder hacerla de una manera que tenga las mejores posibilidades de salir bien.” (The elevated sugar does not only affect the energy you feel — it affects the ability of the tissue to heal. Studies show that above a certain A1c level, the risk of wound infection, of the wound not closing properly, and of mesh complications increases significantly. We are not taking the surgery away from you — we are giving you the time to have it done in a way that has the best chances of going well.)

How do pre-admission testing nurses explain the risk of stopping a beta-blocker before surgery to Spanish-speaking patients?

Beta-blocker discontinuation before surgery is one of the most dangerous undisclosed medication changes a preoperative patient can make, and it is one of the most common: patients stop medications because they feel a side effect, they run out, they forget, or they are following instructions from a different clinical encounter that did not account for their surgical timeline. The pre-admission testing nurse who discovers a beta-blocker was stopped three days before surgery needs to explain three things clearly. First, what beta-blockers do at the receptor level: the medication occupies beta-adrenergic receptors and prevents the sympathetic nervous system from driving the heart rate and blood pressure upward. Over months to years of continuous beta-blockade, the body compensates by increasing the density of beta-receptors — so the heart has more receptor sites than it started with. Second, what abrupt discontinuation does: when the beta-blocker is suddenly absent, the upregulated receptor density is now exposed to normal levels of circulating catecholamines, and the physiological response is an exaggerated rebound — tachycardia, hypertension, and in patients with underlying coronary disease, possible ischemia or infarction. Third, why the perioperative timing is the most dangerous: surgery produces a massive sympathetic surge — intubation, skin incision, and tissue manipulation all produce catecholamine release. That surge, hitting a system without beta-blockade and with upregulated receptor density, produces the largest possible heart rate and blood pressure elevation at the moment of greatest cardiovascular demand. “El metoprolol que tomó por dos años protegió al corazón de reaccionar demasiado fuerte al estrés. Cuando se para de un momento a otro, el corazón puede reaccionar de forma exagerada justo en el momento de la cirugía, que es cuando el cuerpo produce más adrenalina. Necesita volver a tomarlo hoy y la mañana de la cirugía también. Eso es lo más seguro que podemos hacer ahora mismo.” (The metoprolol you took for two years protected the heart from reacting too strongly to stress. When it is stopped abruptly, the heart can react in an exaggerated way exactly at the moment of surgery, which is when the body produces the most adrenaline. You need to take it again today and the morning of surgery as well. That is the safest thing we can do right now.)

What should pre-admission testing nurses ask Spanish-speaking patients about medications to catch undisclosed changes before surgery?

The standard medication reconciliation question — “are you taking all your medications?” — consistently fails to identify recent medication changes because it invites a yes or no answer. Patients who have stopped a medication, either intentionally or accidentally, frequently answer “yes” because they are thinking about the medications they are currently taking, not the ones they recently stopped. The pre-admission testing nurse working with Spanish-speaking patients needs to ask about each high-risk medication individually, using language that invites disclosure of changes rather than confirmation of current status. The critical medications to ask about individually are beta-blockers, antiepileptics, antihypertensives, anticoagulants, antiplatelet agents, steroids, and monoamine oxidase inhibitors. For each: confirm the dose, confirm the last dose taken, and ask whether there have been any recent changes. The disclosure question is different from the reconciliation question: “¿Ha tenido alguna reacción con algún medicamento en los últimos días que la haya hecho cambiar la dosis o parar?” (Have you had any reaction to any medication in the past few days that made you change the dose or stop?) The follow-up: “¿Los está tomando exactamente como los recetaron, o ha habido algún cambio?” (Are you taking them exactly as prescribed, or has there been any change?) These questions open the door for the patient who stopped a medication for a reason they consider minor and did not think to mention — the dizziness that made Marisol stop her metoprolol, the shoulder pain that made Lucía take aspirin — to disclose before the surgical team encounters the consequence intraoperatively.

What are the most important Spanish phrases for pre-admission testing nurses conducting preoperative medication assessments?

Pre-admission testing nursing involves three recurring medication disclosure failures that appear across almost every elective surgical specialty: the patient who took a medication she was told to stop and is now afraid to say so; the patient whose lab result indicates a metabolic barrier to safe surgery and who experiences the delay as punishment rather than protection; and the patient who stopped a medication for what felt like a good reason and does not understand that the stopping is the danger. In each case the failure is not evasion of the medical system — it is a communication gap that the nurse can close before the patient is on the operating table. For aspirin disclosure: “la razón por la que le pregunto no es para cancelar la cirugía — es para que el equipo pueda prepararse de la manera más segura posible para usted; usted no va a perder su lugar en el programa quirúrgico por decirme esto.” For A1c delay: “no le estamos quitando la cirugía — le estamos dando el tiempo para poder hacerla de una manera que tenga las mejores posibilidades de salir bien; el azúcar elevada no sólo afecta la energía — afecta la capacidad del tejido de sanar y de combatir la infección.” For beta-blocker discontinuation: “el metoprolol que tomó por dos años protegió al corazón de reaccionar demasiado fuerte; cuando se para de un momento a otro antes de la cirugía, el corazón puede reaccionar de forma exagerada exactamente en el momento en que el cuerpo produce más adrenalina.” For medication reconciliation: “¿ha habido algún cambio en sus medicamentos en los últimos días — algo que haya parado, algo que haya cambiado de dosis, o algo que haya tomado que no estaba en su lista?” (For aspirin disclosure: “the reason I am asking is not to cancel the surgery — it is so the team can prepare in the safest possible way for you; you are not going to lose your place in the surgical schedule for telling me this.” For A1c delay: “we are not taking the surgery away from you — we are giving you the time to have it done in a way with the best chances of going well; elevated sugar does not only affect your energy — it affects the ability of the tissue to heal and to fight infection.” For beta-blocker discontinuation: “the metoprolol you took for two years protected the heart from reacting too strongly; when it is stopped abruptly before surgery, the heart can react in an exaggerated way exactly when the body produces the most adrenaline.” For medication reconciliation: “has there been any change in your medications in the past few days — anything you stopped, anything you changed the dose of, or anything you took that was not on your list?”)

July 23, 2026 · Clinical Spanish · Pre-Admission Testing · Perioperative Nursing · Medication Safety

Spanish for pre-admission testing nurses — the patient who took aspirin before surgery and is afraid to disclose it, the patient whose hemoglobin A1c is 10.2 and cannot understand why a blood sugar number is delaying his hernia repair, and the patient who stopped her beta-blocker three days before surgery because she felt dizzy and created a perioperative cardiac risk she does not know exists

Lucía Herrera is 63. She is a retired postal worker from Albuquerque who worked a rural delivery route for twenty-six years. Her right hip has been getting progressively worse for three years — she has been managing on ibuprofen and a cane, but the joint is now bone-on-bone and the orthopedic surgeon has scheduled her for a total hip arthroplasty in five days.

Two days before the pre-admission testing appointment, her shoulder — which has its own chronic inflammation from decades of mail bags — flared up badly. She took two aspirin. Then, the night before the appointment, she took two more.

She was told six weeks ago at the surgical consultation to stop all aspirin and NSAIDs ten days before surgery. She remembers. She took it anyway because the shoulder pain was unbearable and she had already used her ibuprofen. She is sitting in the pre-admission testing clinic now, and she has not mentioned the aspirin to anyone.

— Si les digo que tomé aspirina, van a cancelar la cirugía. Ya esperé ocho meses para llegar hasta acá. No puedo perder esta fecha.

If I tell them I took aspirin, they are going to cancel the surgery. I already waited eight months to get here. I cannot lose this date.

What this post covers

This post covers three conversations that recur in pre-admission testing nursing when the patient speaks Spanish. The first is Lucía’s — the patient who violated a pre-operative medication instruction for a reason that felt urgent and reasonable to her, who now believes that honesty will cost her the surgery she has waited months for, and who is carrying a secret that, if undisclosed, will put her surgical team in a far more dangerous position than the disclosure itself ever would. The second is José Villanueva, 58, a construction foreman from El Paso who has been managing a right inguinal hernia for eight months, who saved time off work, who is ready, and whose pre-admission hemoglobin A1c of 10.2% has just told his surgeon that the surgery needs to wait. José cannot understand what a blood sugar number has to do with a mesh repair in his groin — and the PAT nurse needs to explain the connection at the level of tissue biology before José leaves the clinic believing he has been turned away. The third is Marisol Gómez, 52, a bilingual school district administrator from San Antonio, scheduled for laparoscopic cholecystectomy next week, who has been on metoprolol 50 mg daily for two years, who felt dizzy and short of breath three days ago during a long meeting and stopped her beta-blocker without telling anyone, and whose medication change is discovered only because the PAT nurse asks the right question at the right moment.

In each case the patient has either concealed a medication fact or experienced a medication change that has created a perioperative safety risk. In each case the PAT nurse who asks the right question, explains the underlying physiology in plain Spanish, and frames the disclosure as protection rather than punishment is the person who closes the gap before the patient is on the operating table.

Scenario one: Lucía and the aspirin she is afraid to mention

The pre-admission testing nurse, Rosa Salazar, has done this work for nine years. She has heard every version of the aspirin conversation. She has learned that the most important thing she can do before asking the medication question is to remove the fear of the answer.

Rosa: — Lucía, antes de que revisemos la lista de medicamentos, quiero decirle algo sobre cómo funciona esta clínica. Mi trabajo aquí no es buscar razones para cancelar su cirugía. Mi trabajo es conseguir la información que necesita el equipo quirúrgico para hacerla de la manera más segura posible. Eso significa que si usted me dice algo que no esperaban escuchar, la respuesta no va a ser “cancelamos” — la respuesta va a ser “cómo planeamos para esto.” ¿Tiene sentido?

Lucía, before we go through the medication list, I want to tell you something about how this clinic works. My job here is not to find reasons to cancel your surgery. My job is to get the information the surgical team needs to do it in the safest possible way. That means that if you tell me something they did not expect to hear, the response is not going to be “we cancel” — the response is going to be “how do we plan for this.” Does that make sense?

Lucía: — Sí.

Yes.

Rosa: — Le pregunto porque sé que muchas personas se preocupan de que si dicen que tomaron algo que se supone no debían tomar, la cirugía se va a cancelar. Y entiendo por qué piensan eso. Pero no es la forma en que funciona. ¿Ha tomado aspirina, ibuprofeno, naproxeno, o cualquier otro antiinflamatorio en los últimos diez días?

I ask because I know many people worry that if they say they took something they were not supposed to take, the surgery will be canceled. And I understand why they think that. But that is not how it works. Have you taken aspirin, ibuprofen, naproxen, or any other anti-inflammatory in the last ten days?

A long pause. Lucía looks at her hands.

Lucía: — Tomé aspirina. Antier y ayer. El hombro estaba tan mal que no podía dormir. No tenía el ibuprofeno. Sé que no debía.

I took aspirin. The day before yesterday and yesterday. My shoulder was so bad that I could not sleep. I did not have ibuprofen. I know I was not supposed to.

Rosa: — Gracias por decirme. Eso es exactamente lo que necesitaba saber.

Thank you for telling me. That is exactly what I needed to know.

Why aspirin matters in elective surgery and what the disclosure allows the team to do

Rosa: — Lucía, le voy a explicar por qué le preguntamos sobre la aspirina, porque creo que eso va a ayudarla a entender lo que pasa ahora. Las plaquetas son las células de la sangre que forman el tapón cuando se corta un vaso. En una cirugía, hay vasos que se cortan — eso es normal, el cirujano lo maneja. Pero para manejarlos, necesita plaquetas que funcionen bien. La aspirina hace algo específico a las plaquetas: las inhibe de manera permanente para toda su vida útil, que es entre siete y diez días. Eso significa que las plaquetas que están circulando hoy en su sangre — incluyendo las que están ahí desde antes de que tomara la aspirina — una parte de ellas ya no puede hacer su trabajo completo.

Lucía, I am going to explain to you why we ask about aspirin, because I think that will help you understand what happens now. Platelets are the blood cells that form the plug when a vessel is cut. In surgery, there are vessels that are cut — that is normal, the surgeon manages it. But to manage them, the surgeon needs platelets that work properly. Aspirin does something specific to platelets: it inhibits them permanently for the entire length of their life, which is seven to ten days. That means that the platelets that are circulating in your blood today — including those that were there before you took the aspirin — a portion of them can no longer do their full job.

Lucía: — ¿Eso significa que voy a sangrar más?

Does that mean I am going to bleed more?

Rosa: — Significa que el cirujano y el anestesiólogo necesitan saberlo, porque hay cosas que pueden hacer para manejarlo cuando están preparados. Lo que voy a hacer ahora es llamar a la enfermería de anestesia y decirles exactamente lo que usted me dijo: aspirina dos días antes de la cirugía. Ellos van a hablar con el cirujano y van a determinar el plan. Las opciones que tienen incluyen agregar medidas de conservación de sangre, elegir un tipo de anestesia que funcione mejor para la coagulación, o en algunos casos ajustar la fecha si calculan que el riesgo requiere más días. Pero eso lo deciden ellos con la información completa — no usted sola cargando este dato.

It means the surgeon and anesthesiologist need to know, because there are things they can do to manage it when they are prepared. What I am going to do now is call the anesthesia nursing team and tell them exactly what you told me: aspirin two days before surgery. They will speak with the surgeon and determine the plan. The options they have include adding blood conservation measures, choosing a type of anesthesia that works better for clotting, or in some cases adjusting the date if they calculate that the risk requires more days. But they decide that with the complete information — not you alone carrying this piece of information.

Lucía: — ¿Y si me hubiera quedado callada?

And if I had stayed quiet?

Rosa: — Si usted hubiera llegado al quirófano sin que lo supieran y hubiera habido un sangrado inesperado, el equipo habría tenido que manejar una emergencia sin preparación. Las transfusiones de emergencia tienen sus propios riesgos. Las decisiones que se toman bajo presión en el quirófano cuando algo no estaba planeado son las decisiones más difíciles. Usted me acaba de dar al equipo la oportunidad de prepararse. Eso es lo contrario de un problema — eso es lo que hace posible que la cirugía salga bien.

If you had arrived in the operating room without them knowing and there had been unexpected bleeding, the team would have had to manage an emergency without preparation. Emergency transfusions carry their own risks. The decisions made under pressure in the operating room when something was not planned are the most difficult decisions. You just gave the team the opportunity to prepare. That is the opposite of a problem — that is what makes it possible for the surgery to go well.

Lucía: — Tenía tanto miedo de perder la fecha.

I was so afraid of losing the date.

Rosa: — Lo entiendo. Ocho meses esperando es mucho tiempo. Y por eso exactamente quería que lo dijera — para que no se pierda la fecha por algo que el equipo no estaba preparado para manejar.

I understand. Eight months of waiting is a long time. And that is exactly why I needed you to say it — so the date is not lost because of something the team was not prepared to handle.

What the anesthesia team can do with the information

Rosa calls the anesthesia nursing team. The anesthesiologist on call reviews the case. Lucía took four standard-dose aspirin tablets over two days. She is five days from surgery. The surgeon reviews the situation and decides to proceed on the scheduled date with the following modifications: neuraxial anesthesia (spinal block) rather than general, which reduces blood loss in major joint replacement and is associated with less perioperative coagulopathy; intraoperative cell salvage set up as a precaution; and a note in the pre-operative checklist to have two units of crossmatched packed red blood cells available rather than the standard one. The surgery is not canceled. The date is not changed.

Rosa returns to Lucía with the plan.

Rosa: — Lucía, hablé con el equipo. La cirugía es el jueves, como estaba programada. Lo que cambia es cómo se va a preparar el equipo: el anestesiólogo va a usar un bloqueo espinal en lugar de anestesia general, que funciona mejor para la coagulación en este tipo de cirugía, y van a tener sangre disponible por precaución. El cirujano estaba enterado de la situación y está cómodo procediendo. La fecha es el jueves.

Lucía, I spoke with the team. The surgery is on Thursday, as scheduled. What changes is how the team is going to prepare: the anesthesiologist is going to use a spinal block instead of general anesthesia, which works better for clotting in this type of surgery, and they are going to have blood available as a precaution. The surgeon was informed of the situation and is comfortable proceeding. The date is Thursday.

Lucía exhales slowly.

Lucía: — Gracias por haberme preguntado de la manera en que me preguntó. Si no hubiera sido así, no lo hubiera dicho.

Thank you for asking me the way you asked me. If it had not been like that, I would not have said it.

Rosa: — Eso es exactamente por qué lo hago así.

That is exactly why I do it that way.

Scenario two: José and the A1c that is delaying his hernia repair

José Villanueva is 58. He is a construction foreman from El Paso. He has been working job sites in the borderland heat for thirty years, the last twelve of them as foreman on commercial builds. He is the kind of man who does not take sick days and who considers the phrase “take it easy” a personal insult.

He noticed the right inguinal hernia eight months ago — a bulge in the groin that appeared after lifting a steel beam, painless most of the time, occasionally aching when he is on his feet all day. His primary care physician diagnosed it and referred him to a general surgeon. The surgeon has scheduled a laparoscopic inguinal hernia repair with mesh. José saved the vacation days. He arranged for his crew to be covered by his assistant foreman. He drove forty minutes to the pre-admission testing clinic this morning.

The PAT nurse, Carmen Vega, drew the labs. The results came back an hour later. Hemoglobin A1c: 10.2%.

She has to deliver this information to José in a way that explains a medical concept he has never encountered, that does not feel like rejection, and that gives him something actionable to do. He is sitting across from her with his arms crossed.

Carmen: — Señor Villanueva, los resultados de los análisis llegaron. Quiero hablarle de uno que va a requerir que hablemos con el cirujano antes de que usted salga hoy. ¿Está bien?

Mr. Villanueva, the lab results came back. I want to talk to you about one that will require us to speak with the surgeon before you leave today. Is that all right?

José: — ¿Qué pasó?

What happened?

Carmen: — Le hicimos un análisis que se llama hemoglobina glicosilada, o A1c. Es un análisis que mide el nivel promedio del azúcar en la sangre durante los últimos tres meses. El resultado de usted es 10.2%. El valor que el cirujano necesita para poder hacer la cirugía con seguridad es menor de 8%. En este momento, el cirujano necesita esperar.

We ran a test called glycated hemoglobin, or A1c. It is a test that measures the average blood sugar level over the last three months. Your result is 10.2%. The value the surgeon needs to perform the surgery safely is below 8%. At this moment, the surgeon needs to wait.

José is very still.

José: — ¿Me está diciendo que después de ocho meses, y de pedir permiso en el trabajo, me voy a casa hoy sin operar porque un número de azúcar en la sangre no está bien?

Are you telling me that after eight months, and after requesting time off work, I am going home today without surgery because a blood sugar number is not right?

Carmen: — Eso es lo que está pasando hoy. Y sé que no es lo que usted esperaba escuchar. Quíero explicarle por qué, porque la razón importa. ¿Puede darme cinco minutos?

That is what is happening today. And I know that is not what you expected to hear. I want to explain to you why, because the reason matters. Can you give me five minutes?

A long pause.

José: — Adélante.

Go ahead.

What A1c measures and why it is not about energy

Carmen: — Primero: ¿usted tiene diabetes diagnosticada o le han dicho alguna vez que el azúcar está alta?

First: do you have a diagnosed diabetes diagnosis, or have you ever been told that your blood sugar is high?

José: — El doctor me dijo una vez que estaba “en el límite.” Eso fue hace tres años. Cambié lo que comía un poco y no volvió a mencionar el tema.

The doctor told me once that I was “on the border.” That was three years ago. I changed what I ate a little and he did not mention the subject again.

Carmen: — Entiendo. El A1c es lo que medimos para ver dónde estamos. Cuando la hemoglobina — la proteína que lleva oxígeno dentro de los glóbulos rojos — circula por la sangre, recoge azúcar a medida que pasa. Cuanto más azúcar hay en la sangre, más recoge. Un glóbulo rojo vive aproximadamente tres meses. El A1c mide qué porcentaje de la hemoglobina ha recogido azúcar durante esos tres meses. Un porcentaje normal es menos de 5.7. Hasta 6.4 es lo que llamamos prediabetes. 6.5 o más es diabetes. Un A1c de 10.2 equivale a un nivel promedio de azúcar en sangre de alrededor de 246 miligramos por decilitro durante tres meses seguidos. Eso no es el azúcar de hoy — es el promedio de todo el trimestre.

I understand. A1c is what we measure to see where we are. When hemoglobin — the protein that carries oxygen inside red blood cells — circulates through the blood, it picks up sugar as it passes. The more sugar in the blood, the more it picks up. A red blood cell lives approximately three months. A1c measures what percentage of the hemoglobin has picked up sugar during those three months. A normal percentage is below 5.7. Up to 6.4 is what we call prediabetes. 6.5 or above is diabetes. An A1c of 10.2 corresponds to an average blood sugar of around 246 milligrams per deciliter over three continuous months. That is not today’s sugar — it is the average for the entire quarter.

José: — Yo me siento bien. No me siento enfermo.

I feel fine. I do not feel sick.

Carmen: — Eso es exactamente lo que hace a la diabetes difícil. Al nivel de 10.2, la mayor parte de las personas no se sienten enfermas — se sienten cansadas más rápido, quizás tienen más sed, tienen que orinar un poco más seguido. Pero no es el dolor que hace que la gente vaya al médico. El problema con el azúcar alta no es lo que se siente — es lo que le hace al tejido. Y eso es lo que necesita saber sobre su cirugía.

That is exactly what makes diabetes difficult. At the level of 10.2, most people do not feel sick — they feel tired more quickly, perhaps they are thirstier, they have to urinate a little more often. But it is not the pain that makes people go to the doctor. The problem with high blood sugar is not how it feels — it is what it does to the tissue. And that is what you need to know about your surgery.

Why elevated blood sugar and surgical mesh are a dangerous combination

Carmen: — Una cirugía es una herida controlada. El cirujano hace incisiones, pone una malla, cierra los tejidos. Lo que hace que esa herida sane correctamente son tres cosas: la coagulación, la formación de colágeno, y el sistema inmune que protege contra la infección. El azúcar alta afecta las tres.

Surgery is a controlled wound. The surgeon makes incisions, places a mesh, closes the tissue. What makes that wound heal correctly is three things: clotting, collagen formation, and the immune system that protects against infection. Elevated blood sugar affects all three.

José is listening more carefully now.

Carmen: — El colágeno es el material que mantiene los bordes de la herida unidos mientras cicatrizan. Las enzimas que construyen el colágeno funcionan en un rango estrecho de condiciones; cuando el azúcar en el tejido está alta, esas enzimas trabajan más lentamente y el colágeno que producen es estructuralmente más débil. Eso significa que la herida puede abrirse antes de que esté suficientemente cicatrizada. Los glóbulos blancos — las células que identifican y destruyen las bacterias en una herida — pierden su movilidad y su capacidad de matar bacterias cuando el azúcar está alta. Eso significa que el tejido alrededor de la incisión es más vulnerable a la infección. Y la malla — el material que el cirujano usa para reforzar la reparación — es un cuerpo extraño. Las bacterias que logran establecerse en la malla están protegidas de los antibióticos y del sistema inmune de una manera que no lo estarían en tejido normal. Cuando eso ocurre, la malla tiene que retirarse. Eso es otra cirugía, más complicada que la primera.

Collagen is the material that holds the wound edges together while they heal. The enzymes that build collagen work within a narrow range of conditions; when the sugar in the tissue is high, those enzymes work more slowly and the collagen they produce is structurally weaker. That means the wound can open before it is sufficiently healed. White blood cells — the cells that identify and destroy bacteria in a wound — lose their mobility and their ability to kill bacteria when blood sugar is high. That means the tissue around the incision is more vulnerable to infection. And the mesh — the material the surgeon uses to reinforce the repair — is a foreign body. Bacteria that manage to establish themselves in mesh are protected from antibiotics and from the immune system in a way they would not be in normal tissue. When that happens, the mesh has to be removed. That is another surgery, more complicated than the first.

José is quiet.

José: — ¿Y el umbral de 8%? ¿Por qué ese número específico?

And the threshold of 8%? Why that specific number?

Carmen: — Porque los estudios que siguen a pacientes después de cirugía abdominal con malla muestran que el riesgo de infección de la herida, de desgarro de la herida, de infección de la malla, y de reoperación aumenta de manera significativa por encima de 8%. Por debajo de 8%, los resultados son similares a los de pacientes sin diabetes. El 10.2 de usted es 2.2 puntos por encima del umbral. El cirujano no puede hacer esa cirugía con seguridad con ese número. No es una decisión arbitraria — es donde está la evidencia.

Because the studies that follow patients after abdominal surgery with mesh show that the risk of wound infection, wound dehiscence, mesh infection, and reoperation increases significantly above 8%. Below 8%, the outcomes are similar to patients without diabetes. Your 10.2 is 2.2 points above the threshold. The surgeon cannot do that surgery safely with that number. That is not an arbitrary decision — that is where the evidence is.

José: — ¿Cuánto tiempo se tarda en bajar el A1c?

How long does it take to lower A1c?

Carmen: — Eso depende de cómo se trate. Con cambios de dieta solos, puede tomar tres a cuatro meses bajar 2.2 puntos. Con medicamentos ajustados — metformina, o posiblemente insulina si el endocrinólogo lo considera necesario — hay pacientes que bajan de 10 a menos de 8 en cuatro a seis semanas. No le estoy prometiendo que cuatro a seis semanas funciona para usted — eso lo va a determinar el médico que maneje la diabetes. Pero no estamos hablando de un año. Estamos hablando de semanas, no de meses, si se atiende pronto.

That depends on how it is treated. With diet changes alone, it can take three to four months to lower 2.2 points. With adjusted medications — metformin, or possibly insulin if the endocrinologist considers it necessary — there are patients who go from 10 to below 8 in four to six weeks. I am not promising you that four to six weeks works for you — that is what the doctor who manages the diabetes will determine. But we are not talking about a year. We are talking about weeks, not months, if you get seen soon.

José: — Entonces no me están quitando la cirugía. Me están dando el tiempo para poder hacerla bien.

Then you are not taking the surgery away from me. You are giving me the time to be able to do it properly.

Carmen: — Exactamente. Y lo que voy a hacer ahora es llamar al consultorio del cirujano para decirles el resultado y pedirles una derivación urgente a endocrinología. Urgente significa que el endocrinólogo tiene que verle esta semana o la próxima, no en tres meses. Eso es lo que permite que la cirugía ocurra en el mejor plazo posible.

Exactly. And what I am going to do now is call the surgeon’s office to tell them the result and request an urgent referral to endocrinology. Urgent means the endocrinologist needs to see you this week or next, not in three months. That is what allows the surgery to happen in the shortest possible time.

José: — Mi seguro cubre el endócrino?

Does my insurance cover the endocrinologist?

Carmen: — Vamos a verificarlo antes de que salga. Tenemos trabajadores sociales que pueden ayudarle si hay una situación de cobertura. No va a salir de aquí sin el siguiente paso claro.

We are going to verify that before you leave. We have social workers who can help if there is a coverage situation. You are not going to leave here without a clear next step.

José uncrosses his arms.

José: — ¿Por qué no me dijo nadie antes esto del azúcar?

Why did no one tell me about the blood sugar before?

Carmen: — Le dijeron “en el límite” hace tres años y no se siguió la conversación. Eso pasa. El A1c de hoy dice que en algún momento entre hace tres años y ahora, el azúcar cruzó el umbral de la diabetes sin que nadie hiciera seguimiento. Eso es lo que vamos a corregir ahora. El endocrinólogo va a hacerse cargo.

They told you “on the border” three years ago and the conversation was not continued. That happens. Today’s A1c says that at some point between three years ago and now, the blood sugar crossed the diabetes threshold without anyone following up. That is what we are going to correct now. The endocrinologist is going to take over.

Scenario three: Marisol and the beta-blocker she stopped without telling anyone

Marisol Gómez is 52. She is a school district administrator from San Antonio — director of special education programs for eleven school campuses, managing thirty-seven staff members, three federal grant timelines, and a backlog of IEP compliance reviews. She is organized, calm in a crisis, and used to making decisions quickly without waiting to ask for permission.

She has had hypertension for four years. Her cardiologist started her on metoprolol succinate 50 mg daily two years ago. Her blood pressure has been well-controlled. She is scheduled for laparoscopic cholecystectomy next week — recurring biliary colic, three attacks in eight months, the last one severe enough to send her to the emergency department at 2 AM.

Three days ago, in the middle of a three-hour budget reconciliation meeting, she felt dizzy and short of breath. The room was warm. She had not eaten since 6 AM. She was presenting to the district CFO. She attributed it to the heat and the stress and the empty stomach. That evening, she looked up “metoprolol side effects” and saw dizziness listed. She stopped the medication. She took it off her pill organizer that night and has not taken it since.

She arrived at the pre-admission testing appointment that morning and answered “yes” when asked if she was taking all her regular medications. She is thinking about the medications she is currently taking.

The PAT nurse, Valentina Cruz, is going through the medication list one by one.

Valentina: — Metoprolol succinato, 50 miligramos, una vez al día — ¿lo sigue tomando?

Metoprolol succinate, 50 milligrams, once a day — are you still taking it?

A small pause. Something in Marisol’s expression changes very slightly.

Marisol: — Tuve una reacción. Lo paré.

I had a reaction. I stopped it.

Valentina: — ¿Cuándo lo paró?

When did you stop it?

Marisol: — Hace tres días. Sentí mareos y falta de aire en una reunión y busqué los efectos secundarios.

Three days ago. I felt dizzy and short of breath in a meeting and I looked up the side effects.

Valentina: — Entiendo. ¿Le comunicó esto a su cardiólogo o a su médico de cabecera?

I understand. Did you communicate this to your cardiologist or your primary care physician?

Marisol: — No. Fue una decisión que tomé yo. Pensé que era un efecto secundario y que lo mejor era parar.

No. It was a decision I made myself. I thought it was a side effect and that the best thing was to stop.

Valentina sets down the form.

Valentina: — Marisol, necesito hablarle de algo antes de que continuemos con el resto de la entrevista. Lo que me acaba de decir es importante para su seguridad en la cirugía de la semana que viene. ¿Puede darme unos minutos para explicarle?

Marisol, I need to talk to you about something before we continue with the rest of the interview. What you just told me is important for your safety in the surgery next week. Can you give me a few minutes to explain?

Marisol: — Claro.

Of course.

What beta-blockers do and why stopping them abruptly before surgery is dangerous

Valentina: — Los beta-bloqueantes — el metoprolol que tomó por dos años — funcionan ocupando los receptores beta-adrenérgicos del corazón. El sistema nervioso simpático — el sistema que el cuerpo activa en situaciones de estrés, ejercicio, o peligro — usa esos receptores para hacer que el corazón lata más rápido y con más fuerza. El metoprolol ocupa el receptor y bloquea esa respuesta. Mientras lo toma, el corazón reacciona con menos intensidad al estrés simpático. Su presión ha estado controlada porque el corazón no está respondiendo tan agresivamente.

Beta-blockers — the metoprolol you have taken for two years — work by occupying the beta-adrenergic receptors of the heart. The sympathetic nervous system — the system the body activates in situations of stress, exercise, or danger — uses those receptors to make the heart beat faster and with more force. Metoprolol occupies the receptor and blocks that response. While you take it, the heart reacts with less intensity to sympathetic stress. Your blood pressure has been controlled because the heart has not been responding as aggressively.

Marisol: — Entendido hasta ahí.

Understood so far.

Valentina: — Ahora: cuando un medicamento ocupa esos receptores de manera continua por dos años, el cuerpo se adapta. La forma en que se adapta es haciendo más receptores — porque si están ocupados siempre, necesita más para seguir respondiendo a las situaciones que lo requieren. Eso significa que ahorita, después de dos años en el medicamento, su sistema tiene más receptores beta que cuando empezó a tomarlo. Cuando para el metoprolol de un momento a otro, esos receptores están disponibles — todos ellos, incluyendo los extras. Y el sistema simpático normal del cuerpo, que estaba allí todo el tiempo, ahora tiene muchos más sitios a los que unirse. El resultado es un rebote: la presión sube, el corazón late más rápido de lo normal. Y en pacientes con alguna enfermedad coronaria o con riesgo cardiovascular elevado, ese rebote puede ser peligroso — puede causar angina o un evento cardióaco.

Now: when a medication occupies those receptors continuously for two years, the body adapts. The way it adapts is by making more receptors — because if they are always occupied, it needs more of them to keep responding to the situations that require it. That means right now, after two years on the medication, your system has more beta-receptors than when you started taking it. When you stop metoprolol abruptly, those receptors are available — all of them, including the extra ones. And the body’s normal sympathetic system, which was there all along, now has many more sites to bind to. The result is a rebound: blood pressure rises, the heart beats faster than normal. And in patients with some coronary disease or elevated cardiovascular risk, that rebound can be dangerous — it can cause angina or a cardiac event.

Marisol: — ¿Pero yo no tengo enfermedad coronaria?

But I do not have coronary disease?

Valentina: — Que sepamos. Pero lo que sí tiene es una cirugía la semana que viene. Y la cirugía — la intubación, la incisión, la manipulación de tejido — es uno de los mayores estímulos simpáticos que experimenta el cuerpo. Cuando entramos al quirófano, el cuerpo libera adrenaline y cortisol en cantidades muy altas. Ese momento — el pico simpático del acto quirúrgico — es el peor momento posible para tener los receptores bloqueados durante dos años y de repente estar sin el medicamento. El corazón y el sistema vascular no van a tener el fréno. Eso es lo que hace que el momento tres días antes de la cirugía sea el peor momento para parar un beta-bloqueante.

That we know of. But what you do have is a surgery next week. And surgery — intubation, the incision, tissue manipulation — is one of the largest sympathetic stimuli the body experiences. When we enter the operating room, the body releases adrenaline and cortisol in very high amounts. That moment — the sympathetic peak of the surgical act — is the worst possible moment to have had receptors blocked for two years and to suddenly be without the medication. The heart and the vascular system are not going to have the brake. That is what makes the moment three days before surgery the worst time to stop a beta-blocker.

Marisol: — ¿Y los mareos que sentí eran del metoprolol?

And the dizziness I felt was from metoprolol?

Valentina: — Los mareos pueden ser un efecto secundario del metoprolol si la dosis baja demasiado la presión. Pero también hay otra posibilidad: ese día estaba bajo estrés intenso, en una sala calurosa, sin haber comido desde la mañana. Eso puede producir mareos independientemente de cualquier medicamento. Lo que me preocupa más es lo contrario: que después de tres días sin el medicamento, el rebote haya subido la presión y la frecuencia cardiaca. ¿Ha tomado la presión desde que paró el metoprolol?

Dizziness can be a side effect of metoprolol if the dose lowers blood pressure too much. But there is another possibility: that day you were under intense stress, in a warm room, having not eaten since morning. That can produce dizziness independently of any medication. What concerns me more is the opposite: that after three days without the medication, the rebound has raised your blood pressure and heart rate. Have you taken your blood pressure since you stopped the metoprolol?

Marisol: — No.

No.

Valentina takes Marisol’s blood pressure and pulse. Blood pressure: 152/96. Heart rate: 94. Before metoprolol she had no documented baseline above 140/90. She has been well-controlled on the medication for two years. This is the rebound.

Valentina: — Su presión ahora mismo es 152/96 y su pulso es 94. Antes de empezar el metoprolol, su presión estaba controlada. Esto es lo que ocurre cuando el rebote de un beta-bloqueante empieza. Necesita volver a tomarlo hoy.

Your blood pressure right now is 152/96 and your pulse is 94. Before starting metoprolol, your blood pressure was controlled. This is what happens when beta-blocker rebound begins. You need to take it again today.

What happens now and what Marisol needs to do before surgery

Valentina: — Lo que hacemos a partir de ahora: voy a alertar al equipo de anestesia de que el metoprolol se paró hace tres días y se reanuda hoy. El anestesiólogo necesita saber esto porque cambia cómo se prepara para la cirugía. Lo segundo: llame a su cardiólogo hoy. No mañana — hoy. Decírle que paró el metoprolol y que lo está reanudando por instrucción de la enfermería de pre-admisión. El cardiólogo puede querer verla antes de la cirugía para confirmar que está estabilizada. Lo tercero: la mañana de la cirugía, tome el metoprolol como siempre con un sorbito de agua. Los beta-bloqueantes son una de las pocas medicaciones que el equipo de anestesia quiere que se tome la mañana de la cirugía. Si llega al quirófano sin esa dosis, el riesgo que acabamos de discutir está de vuelta.

What we do from now on: I am going to alert the anesthesia team that metoprolol was stopped three days ago and is being resumed today. The anesthesiologist needs to know this because it changes how they prepare for the surgery. Second: call your cardiologist today. Not tomorrow — today. Tell them you stopped metoprolol and are resuming it by instruction of the pre-admission nursing team. The cardiologist may want to see you before surgery to confirm you are stabilized. Third: the morning of surgery, take the metoprolol as usual with a small sip of water. Beta-blockers are one of the few medications the anesthesia team wants you to take the morning of surgery. If you arrive in the operating room without that dose, the risk we just discussed is back.

Marisol: — ¿Y si no se lo hubiera dicho? ¿Si hubiera respondido que sí a la pregunta de los medicamentos sin mencionar que lo paré?

And if I had not told you? If I had answered yes to the medication question without mentioning that I stopped it?

Valentina: — Es exactamente por eso que pregunto de cada medicamento por separado, con el nombre, con la dosis, y con la pregunta de si ha habido algún cambio. Porque la respuesta “sí, los estoy tomando todos” no siempre captura lo que pasó en los últimos días. Si usted llega al quirófano y el equipo no sabe que el metoprolol se paró hace tres días, el rebote que estamos viendo en la presión de ahora estaría más alto en la cirugía, sin ningún plan para manejarlo. El momento en que lo supe es el mejor momento posible — suficiente tiempo antes para actuar.

That is exactly why I ask about each medication individually, with the name, with the dose, and with the question of whether there has been any change. Because the answer “yes, I am taking all of them” does not always capture what happened in the past few days. If you arrive in the operating room and the team does not know that metoprolol was stopped three days ago, the rebound we are seeing in the blood pressure right now would be higher in surgery, without any plan to manage it. The moment I found out is the best possible moment — enough time beforehand to act.

Marisol: — Hago esto por trabajo: encontrar el problema antes de que sea el problema. Y no lo vi en mí misma.

I do this for work: find the problem before it becomes the problem. And I did not see it in myself.

Valentina: — Es difícil verlo en uno mismo cuando la razón que tiene tiene sentido. Los mareos son un efecto secundario real del metoprolol. La decisión que tomó era racional con la información que tenía. Lo que le faltaba era saber que el momento no era el momento para parar. Ahora lo sabe. Y ahora lo podemos manejar.

It is difficult to see it in yourself when the reason you have makes sense. Dizziness is a real side effect of metoprolol. The decision you made was rational with the information you had. What you were missing was knowing that this was not the time to stop. Now you know. And now we can manage it.

Eight practical phrases for pre-admission testing nurses working with Spanish-speaking patients

1. Reframing the medication disclosure question before asking about aspirin

The patient who took aspirin and is afraid to disclose needs to hear why disclosure is protective before being asked. The question itself, asked cold, produces concealment.

La razón por la que le pregunto no es para cancelar la cirugía — es para que el equipo quirúrgico pueda prepararse de la manera más segura posible para usted. Usted no va a perder su lugar en el programa quirúrgico por decirme esto.

(The reason I am asking is not to cancel the surgery — it is so the surgical team can prepare in the safest possible way for you. You are not going to lose your place in the surgical schedule for telling me this.)

2. Explaining what aspirin does to platelets and why it matters in surgery

Patients understand “thinning the blood” but not the mechanism that makes the specific perioperative risk real. The platelet plug explanation grounds the conversation in biology rather than in rules.

La aspirina inhibe las plaquetas de manera permanente para toda su vida útil, que es entre siete y diez días. Las plaquetas son las células que forman el tapón cuando se corta un vaso en la cirugía. Si las plaquetas no funcionan bien, el cirujano tiene más dificultad para manejar el sangrado. Cuando el equipo lo sabe de antemano, puede prepararse. Cuando no lo sabe, es un problema en el quirófano que no estaba planeado.

(Aspirin inhibits platelets permanently for their entire lifespan, which is seven to ten days. Platelets are the cells that form the plug when a vessel is cut in surgery. If platelets are not working well, the surgeon has more difficulty managing bleeding. When the team knows in advance, they can prepare. When they do not know, it is a problem in the operating room that was not planned.)

3. Explaining what A1c measures without using jargon

The patient who hears “your A1c is too high” without an explanation of what A1c is cannot make sense of why the surgery is delayed.

La hemoglobina — la proteína dentro de los glóbulos rojos — recoge azúcar de la sangre mientras circula. Cuanto más azúcar hay, más recoge. Un glóbulo rojo vive tres meses. El A1c mide qué porcentaje de la hemoglobina ha recogido azúcar en esos tres meses. No es el azúcar de hoy — es el promedio de todo el trimestre. Un 10.2 equivale a un promedio de azúcar de alrededor de 246 mg/dL sostenido durante tres meses.

(Hemoglobin — the protein inside red blood cells — picks up sugar from the blood as it circulates. The more sugar there is, the more it picks up. A red blood cell lives three months. A1c measures what percentage of the hemoglobin has picked up sugar in those three months. It is not today’s sugar — it is the average for the entire quarter. A 10.2 corresponds to an average blood sugar of around 246 mg/dL sustained over three months.)

4. Explaining why high A1c impairs wound healing in mesh hernia repair specifically

The three mechanisms — collagen synthesis, leukocyte function, and mesh vulnerability — need to be named explicitly for the patient to understand why a blood sugar number and a groin surgery are not two unrelated things.

El azúcar alta afecta la formación de colágeno — el material que mantiene los bordes de la herida unidos — y afecta los glóbulos blancos que protegen la herida de la infección. Y la malla es un cuerpo extraño: las bacterias que se establecen en la malla están protegidas de los antibióticos de una manera que no lo están en tejido normal. Infección de la malla significa otra cirugía para retirarla. No le estamos quitando la cirugía — le estamos dando el tiempo para que tenga las mejores posibilidades de salir bien.

(Elevated sugar affects collagen formation — the material that holds wound edges together — and it affects the white blood cells that protect the wound from infection. And the mesh is a foreign body: bacteria that establish themselves in mesh are protected from antibiotics in a way they are not in normal tissue. Mesh infection means another surgery to remove it. We are not taking the surgery away from you — we are giving you the time so it has the best chances of going well.)

5. Explaining beta-blocker receptor upregulation without jargon

The patient who stopped a beta-blocker because she felt dizzy is not irresponsible — she made a rational decision with incomplete information. The nurse needs to explain what the two-year blockade did to the receptor landscape before explaining what abrupt discontinuation does.

Cuando un beta-bloqueante ocupa los receptores del corazón de manera continua por dos años, el cuerpo compensa haciendo más receptores. Cuando para el medicamento de golpe, esos receptores — todos, incluyendo los extras que el cuerpo hizo — están disponibles de repente. El sistema nervioso normal que siempre estuvo ahí ahora tiene muchos más sitios a los que unirse. El resultado es un rebote: presión más alta, pulso más rápido — exactamente lo contrario de lo que tenía mientras tomaba el medicamento.

(When a beta-blocker occupies the heart’s receptors continuously for two years, the body compensates by making more receptors. When you stop the medication abruptly, those receptors — all of them, including the extras the body made — are suddenly available. The normal nervous system that was always there now has many more sites to bind to. The result is a rebound: higher blood pressure, faster pulse — exactly the opposite of what you had while taking the medication.)

6. Explaining why the perioperative period is the worst time for beta-blocker rebound

La cirugía produce uno de los mayores estímulos simpáticos que experimenta el cuerpo: la intubación, la incisión, la manipulación de tejido. El cuerpo libera adrenalina y cortisol en cantidades muy altas. Ese pico de adrenalina, golpeando un sistema sin el beta-bloqueante y con más receptores de lo normal, produce la respuesta más exagerada en el peor momento posible. Por eso tres días antes de la cirugía es el peor momento para parar un beta-bloqueante.

(Surgery produces one of the largest sympathetic stimuli the body experiences: intubation, the incision, tissue manipulation. The body releases adrenaline and cortisol in very high amounts. That adrenaline peak, hitting a system without the beta-blocker and with more receptors than normal, produces the most exaggerated response at the worst possible moment. That is why three days before surgery is the worst time to stop a beta-blocker.)

7. Instructing the patient to take the beta-blocker the morning of surgery

Most patients arrive on the morning of surgery believing they should take nothing by mouth, including their medications. Beta-blockers are a critical exception that needs to be stated explicitly before the patient leaves the PAT clinic.

La mañana de la cirugía: tome el metoprolol como siempre con un sorbito de agua — no más de un sorbito. Los beta-bloqueantes son uno de los pocos medicamentos que el equipo de anestesia quiere que tome la mañana de la cirugía. Si llega al quirófano sin esa dosis, el efecto protector que necesitamos que esté activo durante la cirugía no va a estar ahí. Eso es parte de la preparación, no la excepción.

(The morning of surgery: take the metoprolol as usual with a small sip of water — no more than a small sip. Beta-blockers are one of the few medications the anesthesia team wants you to take the morning of surgery. If you arrive in the operating room without that dose, the protective effect we need to be active during surgery is not going to be there. That is part of the preparation, not the exception.)

8. Asking about medication changes rather than medication compliance

The standard question “are you taking all your medications?” systematically misses recent changes. The patient who stopped a medication three days ago answers “yes” while thinking about what she is currently taking, not what she recently stopped.

Los medicamentos en su lista son los que le recetaron. Quiero preguntarle por separado: ¿ha habido algún cambio en los últimos días? — algo que haya parado, algo que haya cambiado de dosis, algo que haya tomado que no está en la lista, o alguna reacción que la haya hecho cambiar cómo los toma. Incluyendo medicamentos sin receta, suplementos, o cualquier cosa que haya tomado una sola vez.

(The medications on your list are the ones that were prescribed to you. I want to ask you separately: has there been any change in the past few days? — anything you stopped, anything you changed the dose of, anything you took that is not on the list, or any reaction that made you change how you take them. Including over-the-counter medications, supplements, or anything you took just once.)

Practice these conversations with ClinicaLingo

The three conversations in this post involve medication disclosure failures that appear in pre-admission testing nursing across almost every surgical specialty. Lucía’s failure — taking aspirin for a legitimate pain crisis and then concealing it because she believed disclosure would cancel her surgery — is one of the most common preoperative safety gaps in elective orthopedic surgery; the fear of losing the surgical date is stronger than the fear of the consequence of non-disclosure, because the consequence is invisible and the date loss is immediate. José’s failure — not understanding that a blood sugar number elevated over three months is a tissue-level barrier to surgical wound healing and surgical site infection defense — is one of the most common reasons patients experience the metabolic eligibility criterion as arbitrary punishment rather than as clinical protection; when the A1c threshold is explained at the level of collagen synthesis, leukocyte mobility, and mesh infection risk, the criterion becomes something the patient can act on rather than something done to him. Marisol’s failure — stopping a beta-blocker three days before surgery for a reason that felt rational, without calling anyone, without knowing that perioperative timing makes three days the worst possible window — is a failure that is discovered only when the nurse asks the right question in the right way; the standard compliance question would not have found it. Getting these explanations right in Spanish — with the pharmacological precision the beta-blocker conversation requires, with the tissue-biology detail the A1c conversation requires, with the disclosure-protection reframe the aspirin conversation requires — takes practice. The ClinicaLingo practice scenarios cover perioperative and pre-admission nursing conversations alongside surgical specialties, cardiology, oncology, and the full 157-scenario library. The 50-phrase PDF gives you the phrases that appear most often across the library, organized by clinical situation. The full blog library covers every specialty from emergency nursing to genetics clinic nursing to colorectal surgery nursing.