Cvs health sprague stethoscope

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Heartbeats, digestive sounds, respirations, etc. It's all there. It's a solid product. The Omron doesn't feel quite as good as the Littman, but the bell is heavy-duty and really has some weight to it. And finally, some things that simply can't compare to more expensive equipment: 1. Lacks fine detail in the sound. With the Littman, I can put the diaphragm up to the thorax or abdomen and hear every heartbeat or bowel movement. The Omron allows you to hear both of thee things, but it lacks some of the lower frequency sounds to get a clear idea of what's going on.

For those only using a scope for vitals or clinical training, this is totally fine. It's not as comfortable. While the Littman has earpieces designed to face your ear canal, this scope's earpieces face each other. In addition to hurting the reproduction of sound due to the earpieces not preventing outside noise , this is a less comfortable design. It's a sprague scope.

The two tubings coming off the bell can rub against each other, causing you to hear artifacts in the sound. The Littman does not have this issue. Summary: This is a cheap stethoscope that is more than adequate for many situations. For example, a Littman might be overkill for taking vitals. Since I got the Littman as a gift, I bring this to clinical classes and leave it in the car. It's a nice balance, because I don't have to worry about losing or breaking expensive equipment, but I still have the nicer one for exams.

It's good enough for medical students, but you'll want to borrow a friend's Littman once in a while to learn the fine details.

I am simply blown away by the current price. The only stethoscope I have to compare this moron sprague to was a Welch Allyn Harvey Elite that was stolen 7 months ago can you tell I'm still bitter?

I bought the Welch Allyn as I matriculated into medical school like every other eager student doctor, hoping to get the best "bang for my buck" so that I could hear and learn about all the different heart and lung sounds our patients exhibit.

If you're in the same shoes now, read on! The Welch Allyn was amazing, no doubt. But it also cost me at that time like 10x more than this Omron sprague. Maybe even 15x more depending on what the price of the Omron Sprague is currently. What the heck was I thinking? I'll tell you--I was mistakenly thinking that I couldn't learn the heart and lung sounds using a cheaper stethoscope.

Boy was I wrong. The Omron Sprague is impressive in that it auscultates very well and delivers quality heart and lung sounds. But aside from the fit, they sound nearly as great! Can you still appreciate the spectrum of systolic, diastolic, and pan systolic murmurs? I even bought a second one! Now if you're a nurse, PA, etc.

I probably can't speak to your profession or needs--but I'd bet money on this stethoscope being more than you need. Seriously, you won't be disappointed with its performance. Now if you want to become a master diagnostician or a cardio fellow one day I would still recommend getting this stethoscope then "upgrading" to either the Welch Allyn or one of the better Littmann models I'd err on the side of the former. It scored second in this review [ Received ten "Everdixie" Sprague Rappaport Stethoscopes though.

I emailed the seller and asked for their take on the mixup, but only got a "I'll check it next tuesday" kinda reply, and then none, even though I reminded them.

I haven't compared it to the Omron, so I can't say if it's worse or better. But it is very good, and it does look exactly the same as the pictures of Omron Stethoscopes and comes with the exact same accessories. Possibly it's manufactured in the same factory somewhere in China The earplugs that are on are way too hard. Switch them for the transparent softer ones and you'll have much better acoustic coupling to your ear channel.

This is very important for even hearing anything I went bonanza and put on two soft rubber plugs from a pair of in-ear earplugs, it improved the coupling even more, and get very loud volumes with them. I have compared to the Littman Classic II, and they definitely match it, if not beat it it sound quality. I hear heart sounds clearly, and even third tones and quite faint murmurs.

The big drawback is of course it's bulky design. It's heavy, and it produces some noise, partly from the rubber tubes rubbing together. I've read that it helps to tape them together, but haven't tried. Build quality is good. Had some small air leakage where the tubes join the head, but it's easisly fixed with a bit of glue or something. Didn't really make any noticeable difference though. Bang for the bucks is the word here. Around 7 dollars for a stethoscope that works very well for everyone, perhaps save cardiologists.

Perfect for doctors, medical students, nurses or home doctors. Perfect for anyone who has 7 dollars to spare. Or 19 even, if you order from someone else The item is very well made of good materials and looks very professional. Reading existing reviews ranging from "can't hear a thing" to "love it" alerted me that some user problem might be happening. Sure enough when I tried it for the first time I heard nothing.

Experimenting with the ear pieces revealed that a "seal" was required between the ear tips and the inside of the ear canals, as I had suspected. Try as I might I could not get both sides "sealed" at the same time so that I could get sound into both ears.

Also, moving the head of the instrument around to find a heart beat always disrupted the seal and hearing. I tried all ear tips supplied and many angle adjustments as the instructions indicated might be required. Finally I got a pair of those bright colored memory foam ear plugs and punched a hole through them not easy in itself and with considerable struggling got them fitted on the threaded ends of the ear tubes.

Then, finally, I got it to work pretty well but still with some fit problems. My ear canals deflect towards the back of my head, not forward as the use instructions implied.

My ear canals are not round. They are quite oval. No way can I get the supplied tips to work with my ears. That might explain why I cannot use ear buds unless they are foam. My conclusion is the unit is great but the ear tips just will not fit everyone's ear canals.

For everyone else, this is absolutely the best bang for your buck. It comes with two diaphragm rings, adult and child, with 2 plastic diaphragms for each size, 3 bells in adult, child and infant, and 3 pairs of ear pieces in various sizes. It also has a small plastic case to hold the accessories. Build quality is excellent. While a trained expert might be able to get a wee bit more out of the Master Cardiology, this stethoscope is more than adequate for nurses, medical students, biology teachers, etc.

Every time I try to open it, half the parts just fall out. But I guess if they had to cut corners on something to lower the price, it's best if it's something unimportant.

I ordered mine to check the gut sounds of my horses, to help me decide whether I need to call in the vet. Their gut, heart and lung sounds come in loud and clear. It also seems to work well on my own heart and my spouse's, and it works well with a manual blood pressure cuff. I bought this stethoscope when I was a medical student.

I have since bought much pricier and better stethoscopes. This is by far the best stethoscope for the price. Weight: The Omorn Rappaport is the lightest amonn the lot. Next comes MDF, then Litmann and finally the triple head. Bell: The Back of he Omron can be swapped out for a plastic bell which is second only to the Triple head which had the best bell.

I personally thought the Omron bell was better than the other 2 stethoscopes. Diaohragm: The size is perfect. But the weight is too light. One needs to add extra pressure to make the murmurs more audible. How much pressure is something that you will learn with time. But the Omron gets beaten by all the other 3 scopes in this. That is to be expected however given that this is cheaper by about times to the competition. Tubing: The tubing has lasted well over th years.

While auscultating however it rubs against each other causing adventitious sounds. One has to be careful to not let that happen, other wise the noise can be loud enough that it can make you miss important murmurs. I stopped using this stethoscope as a resident. But I would recommend this stethoscope to all medical students on a budget, nursing students, nurses who are not into critical care, etc etc.

I bought this to replace my beloved Littman stethoscope that I had gotten as a freebie when I started medical school. It was an older model that had the standard diaphragm, and the ring that holds the diaphragm in place broke, and there are no replacement parts. The pieces that should come apart do come apart, so I could swap out the small diaphragm for an adult size bell, for example. I took someone else's suggestion and hung it up and took a blow drier to it to get rid of the "set" in the tubing.

You can adjust the orientation of the earpieces, and to a lesser extent their tightness, but it's still not as comfortable as my old stethoscope was. This stethoscope is also much heavier than my old one. I can hear my own heartbeat just fine. It's been decades since I really listened for murmurs or anything, but the sound coming through was pretty loud. I haven't yet used it to take my blood pressure, which is really the only thing I usually use a stethoscope for any more. For what I need it for, the price is definitely right.

Get fast answers from reviewers. Please make sure that you are posting in the form of a question. Please enter a question. Need customer service? Click here. Your recently viewed items and featured recommendations. Back to top. Get to Know Us. Make Money with Us. Amazon Payment Products. An organic phantom that accurately simulated chest cavity acoustics was developed.

Test sounds were played via a microphone embedded within it and auscultated at its surface by the stethoscopes. Recordings were analyzed using standard studio techniques and software, including assessing ambient noise AMB rejection. Frequency ranges were divided into those corresponding to various standard biological sounds cardiac, respiratory, and gastrointestinal. Loudness and AMB rejection: Overall, electronic stethoscopes, when set to a maximum volume, exhibited greater values of perceived loudness compared to acoustic stethoscopes.

Significant variation was seen in AMB rejection capability. Frequency detection: Marked variation was also seen, with some stethoscopes performing better for different ranges eg, cardiac vs others eg, gastrointestinal. The acoustic properties of stethoscopes varied considerably in loudness, AMB rejection, and frequency response. Stethoscope choice should take into account clinical conditions to be auscultated and the noise level of the environment. The form of the stethoscope using flexible bin-aural tubes greatly improved the practicality of the instrument in the s.

While advances in materials, electronics, and construction methods have refined the design, no groundbreaking changes have been made since then. In parallel, as new imaging technologies appear, reliance on the human ear as a diagnostic device is decreasing.

However, when imaging is not possible or is unavailable, auscultation can provide a wealth of information in a noninvasive and immediate manner. Choosing the optimal stethoscope is vital for accurate auscultation and patient care. For a stethoscope to function well, it must auscultate clinically relevant sounds and reject unwanted sounds eg, environmental noise, nonrelevant biological sounds [BIO]. Additionally, the frequency range of clinically relevant BIO varies, making one stethoscope ideal for a specific specialty and less ideal for another.

Digital stethoscopes may be better suited to situations where amplification of the sound is important, or where storage and transmission of auscultated sounds such as in telemedicine are required. This study compared the performance of the various leading commercially available stethoscopes using standard acoustic engineering criteria, under recording studio conditions. To maintain uniformity and control of testing conditions, performance was assessed using a biological phantom with acoustic properties similar to those of the human thorax.

To accurately analyze and compare various stethoscopes in vitro, care was taken to simulate and normalize the entire auscultation system.

Notes: A simulation was constructed using materials to mimic the biological structure and sounds reproduced by an organic chest cavity. Layers of foam were used to support and stabilize the transducer. The castor oil used shared similar sound wave propagation properties just like the human body. The stethoscope head was placed on the surface of the phantom with a standardized weight of gm corresponding to the typical pressure applied by a hand when auscultating a chest.

Note: To minimize frequency interference, a shock-absorbing structure suspended the phantom container using wide elastic bands. The pressure of the chest piece on the phantom must be normalized within a study cohort to ensure electrical impedance of the transducer system is equal for all test subjects. A weight of g was calibrated for each stethoscope by placing a digital scale beneath the chest piece, and then filling the container with an appropriate number of copper balls to equal the total target weight for the study.

A total of 18 stethoscopes were evaluated Table 1. Of those, 11 were acoustic and 7 were electronic stethoscopes. Acoustic stethoscope modes include diaphragm D mode or bell B mode, while electronic stethoscope modes can vary among D, B, wide W , high H , and low L modes.

Each stethoscope was recorded in all of its available modes. With a system created to mimic a true chordate body, the final consideration was to ensure that wave propagation and transmission is possible across all relevant frequency ranges.

Frequency ranges are provided in Table 2. Figure 3 shows the recorded frequency responses for each stethoscope. It is clear that there is a significant transfer of all relevant frequencies through the system.

Since this paper seeks only to assess the relative differences in response between various stethoscopes, it is not necessary that there be a flat frequency response through the phantom. Note: The phantom is capable of transmitting the full range of audible frequencies. Note: Frequency ranges listed with corresponding relevant bodily sounds and clinical pathologies. Assessment of the harmonics within the phantom system included a 20 Hz—20 kHz sine wave sweep reproduced by the embedded transducer and recorded at the surface of the phantom.

All stethoscopes evaluated in this study were tested with calibrated audio levels to ensure that each stethoscope received the same acoustic energy at the auscultation point. Pink noise acoustical energy distributed uniformly by an octave throughout the audio spectrum is useful for determining the broadband performance of an acoustic system for human use.

Audio recording and playback were accomplished using Sonar X2 professional recording software Cakewalk, Inc. All recordings obtained were uncompressed with a 48 kHz sample rate and bit word length. This format was supposed to be of sufficient resolution for the frequency ranges reproduced by the stethoscopes in the study.

Electronic stethoscopes were recorded using binaural microphones to simulate human use, as well as their own electrical output to represent a machine interface, if available. All electronic stethoscopes were recorded at the maximum volume. This unit takes into account the nonlinear frequency response of human hearing. It should be noted that a 10 dB or LUFS decrease or increase in volume correlates with halving or doubling of perceived loudness, respectively.

The loudness of any sample auscultated from the phantom is arbitrary and does not have a numerical reference. The AMB rejection amount of a stethoscope should only be compared to the rejection amount of other stethoscopes in this study. Note: The spectrogram depicts pink noise signals auscultated left column using a Thinklabs stethoscope and the AMB detected right column by microphones attached to both binaurals.

The full spectrum pink noise samples were divided into frequency ranges derived from the literature 5 — 24 to assess the performance of each stethoscope for specific clinical conditions Table 2.

LUFS measurements were taken of each sample. Overall, electronic stethoscopes, when set to a maximum volume, exhibited greater values of perceived loudness compared to acoustic stethoscopes. Of the electronic stethoscopes evaluated, the Littmann exhibited the most AMB rejection The loudest acoustic stethoscopes were the Welch Allyn Harvey Elite — Among the acoustic stethoscopes, Littman Cardiology IV Overall, the electronic stethoscopes examined were more sensitive to sounds in the 97—1, Hz frequency range than most of the acoustic stethoscopes.

Many of the electronic stethoscope models similarly perceived loudness values in this frequency range The electronic stethoscopes which demonstrated the most perceived loudness included the Jabes Analyzer Note: The perceived loudness of acoustic stethoscopes left and electronic stethoscopes right to frequency range 97—1, Hz was measured to compare their sensitivity to general GI sounds.

The Littman , in all three of its modes, exhibited the most noise rejection Figure 6 of all stethoscopes. Overall, the noise rejection capability of the acoustic stethoscopes was superior to the electronic stethoscope noise rejection.

Among the acoustic stethoscopes, the Welch Allyn Harvey Elite Note: Noise rejection of GI sounds. Acoustic left and electronic right stethoscope noise rejection was measured at frequency ranges 97—1, Hz of GI sounds. Within the 22— Hz frequency range, the acoustic stethoscopes Mabis Spectrum in Of the electronic stethoscopes, the Littman Note: The perceived loudness of acoustic stethoscopes left and electronic stethoscopes right to frequency range 22— Hz was measured to compare their sensitivity to cardiac sounds.

Of all stethoscopes evaluated, the Littman rejected the most noise within the frequency range associated with S1—S4, innocent murmurs, and MS cardiac sounds. However, many of the electronic stethoscopes exhibited poor noise rejection. Of the electronic stethoscopes, the Welch Allyn Meditron Acc — The Omron Sprague Rappaport — Note: Acoustic left and electronic right stethoscope noise rejection was measured at frequency ranges 22— Hz of cardiac sounds such as S1—S4, innocent murmurs, and MS.

Among acoustic and electronic stethoscopes, the Littman Cardiology IV In this frequency range, many of the electronic stethoscopes show a similar performance, with the Jabes Analyzer Although the Littman Note: The perceived loudness of acoustic left and electronic stethoscopes right to frequency range — Hz was measured to compare their sensitivity to cardiac murmur sounds.

Of acoustic stethoscopes evaluated, the Heine Gamma 3. The Littman is the electronic stethoscope which exhibited the most noise rejection Among the acoustic stethoscopes, respiratory sounds with a frequency range —2, Hz could be heard best by the Mabis Spectrum The Welch Allyn Meditron Acc Note: The perceived loudness of acoustic left and electronic stethoscopes right to frequency range —2, Hz was measured to compare their sensitivity to respiratory sounds.

Most electronic and acoustic stethoscopes exhibit poor AMB rejection when auscultating respiratory sounds. Of all stethoscopes examined, the Littman exhibited the most noise rejection The acoustic stethoscope which rejected the most noise was the Mabis Spectrum 6.

Note: Acoustic left and electronic right stethoscope noise rejection was measured at frequency ranges —2, Hz of respiratory sounds. All stethoscopes demonstrate a large amount of attenuation in this range. The software used to measure LUFS outputs a null result for all models due to this attenuation.

It should also be noted that only very loud sounds gastrointestinal, swallow, and tracheal sounds may be audible in this range on some stethoscopes. This study has demonstrated a considerable variation among commercially available stethoscopes, both in terms of capturing clinically relevant sounds and in the ability to reject AMB. The Jabes Analyzer electronic stethoscope, for example, had excellent frequency response but poorer AMB rejection. While the Littman electronic stethoscope exhibited exceptional AMB rejection, it was not among the most sensitive stethoscopes.

Among the acoustic stethoscopes examined, the Mabis Spectrum and the Littman Cardiology IV were the most sensitive stethoscopes when auscultating frequency ranges associated with gastrointestinal, cardiovascular, and respiratory sounds. The perceived loudness of the electronic stethoscopes examined varied. Gastrointestinal sounds and cardiovascular murmurs were most audible when auscultating with the Jabes Analyzer and the ADC Adscope.

The Welch Allyn Meditron also exhibited exceptional sensitivity to respiratory sounds. Consistently, for all frequency ranges examined, the Littman is the electronic stethoscope which exhibited the most noise rejection. On the contrary, the Welch Allyn Meditron poorly rejected AMB, which may be due to its requirement of firm auscultating pressure to achieve normal performance.

Noise rejection analysis showed that there was no single top performing acoustic stethoscope. The Heine Gamma 3. An in vitro analysis of a variety of stethoscopes, both acoustic and electronic, has demonstrated considerable variation in stethoscope performance. A clinician should interpret these results for the frequency range relevant to their field of practice or for their envisioned operating environment eg, noisy emergency room vs quiet office setting to help facilitate stethoscope selection.

The Littmann Cardiology IV and low-cost Mabis Spectrum were consistently the top two performers across all assessed parameters, thus possibly making both a reasonable choice for most acoustic stethoscope applications.

The Littmann was an outstanding performer in the electronic category especially for low frequencies.

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The five-in-one device has been used for a variety of diagnostic applications for decades, including those for adults, children, and infants.

To turn on a stethoscope, first locate the diaphragm on the chest piece. This is the round, metal disc that is attached to the tubing. Next, locate the ear pieces and insert them into your ears. Finally, adjust the ear pieces until you can hear a clear, loud heartbeat. David Littman of Harvard University is credited with making them lighter and providing better acoustics, and modern design is based on his work.

Infection by sterility is frequently the cause of disease transmission to patients via STEthoscopes. You can achieve the best sound transmission by placing a chest piece diaphragm or bell directly against the skin. Lower pitch sounds, such as heart murmurs and bowel sounds, can be detected with the bell. When using a stethoscope, you should always be aware of the possibility for damage if you do not bend or contort the tubing.

If possible, avoid putting the stethoscope in your pocket because this is the most common way for it to become damaged. When the tubing on a stethoscope is not properly cared for, it becomes one of the most vulnerable parts. If you do need to remove the bell from your stethoscope, be sure to do so carefully and with caution; the diaphragm is fragile and can be easily damaged if not handled properly.

A stethoscope is an acoustic medical device for auscultation, or listening to the internal sounds of an animal or human body. It typically has a small disc-shaped resonator that is placed against the skin, and two tubes that connect the resonator to earpieces. They are also more easily to replace if they become lost or broken. The Littmann Classic II is an excellent choice if you want a durable and clear heart sound.

This facility is also comfortable for patients and is consistently rated as one of the best in the industry. There are a few key differences between a Sprague stethoscope and a regular stethoscope. First, the Sprague stethoscope has a shorter tubing length, which makes it more compact and easier to use.

Second, the Sprague stethoscope has a smaller diameter chestpiece, which makes it more comfortable to wear. Third, the Sprague stethoscope has a more sensitive diaphragm , which makes it better able to pick up low-frequency sounds. A stethoscope is a medical device that is used to listen to various body sounds, such as the heart and lungs. A blood pressure cuff is a device that is used to measure blood pressure.

A physician or nurse can see if your blood pressure is high by using a stethoscope to listen to your artery and putting a cuff around your arm. A blood pressure cuff is used to measure blood pressure. Blood pressure should be taken in the following manner: To take your blood pressure in the right hand, place it on your left arm.

Before going out for a meal, drink, or smoke, you should have your blood pressure checked. Avoid eating, drinking, caffeine, tobacco, or using any type of tobacco for 30 minutes before starting your reading.

You should also fill your bladder before consuming any liquid. You will need a blood pressure cuff with a squeezable balloon, an aneroid monitor , and a stethoscope to measure blood pressure this way. To begin, you must inflate the cuff by pumping air into it. Once the balloon has been inflated, the stethoscope should be placed just inside the elbow crease beneath the cuff, and the balloon should be slowly deflated. When the first sound occurs, make sure the systolic pressure number is displayed on the aneroid monitor.

If you have access to a blood pressure kiosk machine like those found in pharmacies, you may be able to obtain information about your blood pressure. It should also be noted that public blood pressure machines can be difficult to use. Their accuracy is influenced by a number of factors, including the correct cuff size and how often they should be used. Stainless Steel. If you're looking for a company that can provide quality support. CVS Health. Call Sandra at Learn More.

The reason I don't recommend these to students is because they are extremely prone to interference and external noises. Country Of Origin: Indonesia. Choose a traditional two-tube or a lightweight single-tube design in dozens of color and finish options.

SHOP W Sign in to see your user information. A stethoscope can be used to listen to the sounds made by the heart, lungs or intestines, as well as blood flow in arteries and veins. Hear the Difference. We are proud to be the official long-term supplier to well-known NGOs and world health organizations, as well as supporting many lesser known medical missions that are. Browse 5 stores in your area Recent reviews Jul Order delivered in 25 min Customer since South Hill, VA Jul Order delivered in 54 min Smart bagging Good replacements Quality items Customer since ADC's proprietary Adscope Sprague incorporates design features found on no other model on the market, resulting in an instrument that outperforms and outlasts the competition.

The size of cvs sphygmomanometer is drastically different, so it needs to be known what fits comfortably on. While we have reviewed details relating to measurement in previous blog articles, including 10 Steps to Accurate Manual Blood Pressure Measurement and 10 Factors That Can Affect Blood Pressure Readings, another critical factor in obtaining good readings is maintaining your equipment.

Clear All. Steam Inhaler - Veridian Healthcare. Unisex Scrub Set. There are five parts to a stethoscope, all of which perform an important function in perceiving the sound. Routinely used to screen for S3, S4 and rumbles. I know a number of very successful pulmonologists who use the Littmann Lightweight series exclusively.

Shop Walgreens. Your Store. What is the best price for a cvs sphygmomanometer? It's the dual-head adult stethoscopes, making it more comfortable for caregivers who wear their stethoscopes all day long. I didn't know any better, and thought better stethoscopes were for cardiologists. Please e-mail or call me at with any questions or concerns you may have about using this state of the art stethoscope. A cvs sphygmomanometer is supposed to be a lifelong.

Seller Shop now for store-wide savings on stethoscopes from Littmann, ADC, and all major manufacturers. When you're a student, you don't know what to listen for and so minimising as much external noise as possible is essential to hearing what your demonstrators are trying to show you. Shop by category. K Gold. Purpose: To compare the performance of various commercially available stethoscopes using standard acoustic engineering criteria, under recording studio conditions.

Blood Stethoscopes, Blood Stethoscopes Suppliers Directory - Find variety Blood Stethoscopes Suppliers, Manufacturers, Companies from around the World at blood pressure monitor ,blood chemistry analyzer ,blood glucose meter, Stethoscope CVS Health Sprague Stethoscope combines lightweight comfort and sensitive acoustics to make listening to both heart and lung sounds easier.

The double-barreled design helps to enhance sound quality. Amplifies heart and lung sounds. Even more important during clinical. Rated 5 out of 5. Buy Now. This design of a stethoscope is characterized by two tubes that reach directly from the stethoscope chest piece to the curved metal earpiece. Materials and methods: Eighteen. A Littmann Cardiology, while nice, isn't really useful for even most physicians.

Sprague Rappaport 6 Characteristics and advantages of the various Stethoscope attachments: Large Bell: Best for loudest and deepest sound. Her we show the option for a bright orange tube sprague rappaport stethoscope from valuemed. Refill prescriptions and order items ahead for pickup. Listening to these sounds can help nurses, EMTs, doctors, pediatricians, veterinarians, and cardiologists detect health problems such as problems with the development of.

The new Primacare DS stethoscope provides reliable acoustic performance for taking blood pressure readings and making limited physical assessments of adult patients. The tubes are connected together with metal clips so they cannot separate. Also, confident when I buy from Scrubs and Beyond.