#atopie

[fennopunk]

My skin's been in shit condition this summer bc I've not kept up with exfoliating MY ENTIRE DAMN BODY once a week which have brought up one of my lobgest standing pet peeves:

"You shouldn't do X, healthy skin doesn't need it, you're just addicting yourself!"

Bitch, I haven't had healthy skin in my entire life and unless some medical miracle happens, it not likely that I ever will.

For example, I need to exfoliate my skin. I need lip balm. I need body lotion. I need hydrocortison. All common things I've been told I shouldn't do bc "healthy skin doesn't need it", but without them my life would be miserable.

And even with them, my skin isn't still even nearly healthy. Healthy skin doesn't itch every second, regardless of what you do or don't do. With healthy skin you don't need to be constantly vigilant on what touches your skin and if your skin will react to it. Or need to wonder if browsing clothes at a store will result in rash in your hands or if the new body soap will earn you a trip to ER (let me tell you, full body exczema is PAINFUL). And you don't need the keep half a pharmacy with you when you're out an about in case your skin reacts to ✨something✨.

Next part (that may or may not actually happen some day): "You should quit dairy/sugar/gluten/etc, they're causing your skin disorder!"

[maximura]

I didn’t think I’d ever be a Monsta X stan. I always thought my bias would be Changkyun but I knew it wasn’t when I watched the Gambler dance practice video and thought, “I wish these other mfs would get out of the way so I can see my sickly boy with all the medical problems”.

[verdanturfwind]

I've been sick with a bad cough (likely asthmatic bronchitis) for a week now and yet I feel more energized and full of spoons than ever. Thinking about it I realize that it's because I'm actually resting without shame and listening to my body instead of trying to be all "woe is me" about it. I guess somehow getting bronchitis made me healthier??

[healwiki]

(134. Atopy: Food Recipes Good for Atopy에서) Nutritional recipes to help you manage atopy: 1. Avocado and spinach smoothie 2. Roasted salmon with lemon and herbs 3. Quinoa and stir-fried vegetables 4. Greek yogurt parfait with berries and honey 5. Turmeric ginger tea 6. Samgyetang 7. Kimchi bibimbap 8. Doenjang stew 9. Fried rice 10. Seaweed soup 아토피 관리를 돕는 영양 레시피: 1.아보카도와 시금치 스무디 2.레몬과 허브를 곁들인 구운 연어 3.퀴노아와 야채 볶음 4.베리와 꿀을 곁들인 그리스 요거트 파르페 5. 강황 생강차 6.삼계탕 7.김치비빔밥 8.된장찌개 9.볶음밥 10.미역국

[moadeep]

My immune system is a paranoid conspiracy theorist

[umykpnd2023]

「正社員」　は　正義…?

世の中にいろんな雇用形態が存在していて

その中でも「正社員」として　少なくとも

3年は同じ会社で務めることがヨシとされている風潮が

日本にはありますよね

それって本当に大切なことなのでしょうか？

「手に職をつけ　正社員で働くことの��切さ」

を　母から教わりました

おそらく

母の経験上　たくさんの苦労があったからかと思います

ただ　今のわたしには

悔しいくらいに　難題でしかなかったのです

長く続いて3年強

顧客もつけて基本給＋αいただきながら

しっかり働いていた時期もあった

キャリアアップを目指して

一般企業の営業としてたくさんの外回りも経験した

関西担当として出張も行った

だけど

ある出来事からプチッと何かが切れて

病気になった

目が死んでる

そこから今まで以上にに人間関係や人からの目線が

気になるように　敏感になってしまった

体調を崩すようになった

大好きだった職場を辞めざるを得なくなってしまった時

本当に悲しくて辛かった　たくさん泣いた

休養期間　家のことも　自分の世話も

何もできていない自分に対して

毎日腹が立っていた　なんで動けない？って

できることからやってみよう精神で復職するも

病気に理解がない上司

顧客を持つという責任感

わたしには耐えられませんでした

その時に　正社員で勤務すること

を改めて考え直しました

今の夫と付き合い始めた当初から

【子どもを作るつもりはない】

という認識を擦り合わせていた私たち夫婦

正社員でいるメリットは…??

���産休、育休がとれる？

・ボーナスがある？

いってもそれくらいじゃない？

ボーナスなんて存在しない世界で勤めていたから

ボーナスに関してはあまり執着していない

子どもの予定はない

それだったら　自分に似合った雇用形態で働いてみよう

ということで

現在パートアルバイト(障がい者雇用枠)で勤務しています

人それぞれキャパシティは異なる

バリバリ働いていた時を考えると

信じられないくらい動けなくなった

あの頃みたいにたくさん仕事したいと思うけど

もうできないのもわかってる

もちろん収入は激減

ヘアサロンにはなかなか行けなくなり

ネイルは自分で　スタバも制限

デパコス乱用は封印

友人と会う回数も減りました

でも今の生活を進めていくにつれて

自分に合ったスタイルが確立されつつあります

体調なんて　その日の朝イチで決まるガチャなんです

体調が悪い時は休みが取りやすい環境にある

自宅で自分のペースで仕事を進められる

癒しの愛犬わんこが近くにいる

それはわたしにとって　すごくありがたく　

まさに「しっくりくる働き方」だったのです

本来は　休養期間が足りなかったか

と　言われる時もありますが

ずっと夫にも頼ってられない　迷惑かけてられない

物価高だし　家や車の維持費もある

一見楽に見えるかもしれないけど

毎日　ひーひー言いながら生活しています

それはみんな一緒　でしょ？

ただ　人それぞれのキャパシティが違うだけ

その中でいかに　幸せな暮らしを続けられるか

そこに重きを置いて生活をしていきたいものです

[voidcat]

I mean yeah with increased demand, people giving into “trends” more and more, spread of online shopping and quantity over quality- all of these mixed together and you end up with cheap fast fashion that repeats itself, doesn’t last long, and fabric that usually loses its shiny upon the first wash

is it just me or has clothing quality fucking TANKED recently? like there is no point in shopping at F21, H&M, Hot Topic, (basically anywhere at the mall) etc. anymore. you can legit get better styles and quality from fucking shein

walmart and target have actually good lasting clothes but also they have no style. like i cannot find anything remotely unique or stylish. (their cargo pants are okay. but they are barely even really cargo pants they still play all their fashion "safe")

i've been trying to shop indie brands but still its super expensive and their quality has tanked too ngl :/

[garadinervi]

Jan Vercruysse, Utopie/Atopie, (relief printing on paper), 1986 [Van Abbemuseum Eindhoven. © Jan Vercruysse]

[puppyexpressions]

Does Your Dog Have Seasonal Allergies?

Like people, dogs can be allergic to various materials in the air. These materials are called allergens. And for dogs sensitive to these airborne allergens, they can experience signs of allergies.

Humans with seasonal allergies usually have runny eyes, a runny nose or stuffy nose, a scratchy throat, and other upper respiratory symptoms. But most dogs with seasonal allergies have itchy and irritated skin. Since the symptoms show up in dogs' skin, the condition is called atopic dermatitis or atopy. 

What are the symptoms of seasonal allergies in dogs?

The symptoms of seasonal allergies vary depending on your dog and what they are allergic to. Most dogs will show signs of irritation in their skin, but they can have other symptoms. 

Twelve common symptoms of seasonal allergies include:

Licking their paws

Rubbing their face

Shedding excessively

Biting their coat or skin

Licking their anal glands

Rubbing their butt against the floor or carpet

Chronic ear infections

Red, waxy, smelly, or inflamed ears

Red, inflamed, or infected skin

Sneezing more than usual

Unusually dark or thick elephant-like skin

Discoloration of the itchy skin

The most commonly affected areas of a dog’s body are their:

Paws

Toes

Ears

Underarms

Groin

Muzzle

Dogs with seasonal allergies generally show symptoms between 1 and 3 years of age. If you notice these signs, make an appointment with your dog’s veterinarian. Early detection and treatment are vital to managing canine allergies.

What triggers seasonal allergies in dogs?

Seasonal allergies are triggered by something your dog is sensitive to in their environment. While many substances can trigger allergies in dogs, the most common allergens are:

Tree pollens, such as cedar, ash, and oak

Weed pollens, like ragweed in humans

Grass pollens

Mold spores

Mildew

Dust mites

Shed skin cells, like pet allergies in humans

Unlike humans who breathe in airborne particles, airborne allergens get into the dog’s skin. 

The skin is the first line of defense against foreign substances. If your dog’s skin can’t properly block the allergens, it triggers their immune system.

Once the allergens enter your dog’s body, their overactive immune system becomes inflamed. The inflammation causes itching and scratching, a telltale sign of dog allergies.

When are dogs most likely to get seasonal allergies?

Like humans, dogs experience allergies at different times of the year, depending on what triggers the allergic response. Some dogs have seasonal allergies that flare up once or twice throughout the year. Other dogs have year-round allergies. And like humans, some dogs’ seasonal allergies can develop into a chronic problem, becoming year-round allergies.

Allergies to tree, grass, and weed pollens are usually seasonal. So, you may only notice your dog showing symptoms at certain times of the year. 

If your pup is most affected during the spring and summer, allergies to weed, grass, and tree pollens might be to blame. Try wiping your pup’s coat and feet when you come inside. This will wipe off any pollen and allergens trapped in their fur. 

If your furry friend suffers year-round, molds, mildew, and house dust mites might be the offenders. 

How do you treat seasonal allergies in dogs?

Since most seasonal allergies are environmental, there is no permanent cure. But, there are treatments available to control the symptoms. The best treatment depends on the seasons your dog is affected by allergies, what they are allergic to, and factors such as your dog's age and commitment to the treatment plan.

Treatments for canine seasonal allergies often involve one or more of the following methods.

1. Avoid allergens

The best treatment for seasonal allergies is avoiding allergens when possible. This might not be the perfect solution for your dog though. Pollen and other airborne allergens can travel in the air for miles.

But, there are some things you can do to limit allergen exposure in your home:

Wash your dog’s bedding weekly in hot, soapy water, and dry on a hot dryer cycle to kill dust mites.

Vacuum soft surfaces, such as carpeting and couches, often.

If possible, use hardwood or linoleum flooring and washable area rugs.

Vacuum floors and carpets weekly.

Use a vacuum cleaner with a high-efficiency air (HEPA) filter.

If possible, use air conditioning rather than open windows during pollen season.

Give your dog hard, washable chew toys rather than plush toys.

If plush toys are a favorite, wash them weekly in hot, soapy water.

Use air conditioners on recirculation mode to cut down on humidity.

Use dehumidifiers to prevent mold in bathrooms, kitchens, and other damp spots.

2. Antihistamine treatment

Antihistamine medications block allergy symptoms. Examples of antihistamines used to treat seasonal dog allergies include:

Clemastine (Tavist)

Trimeprazine (Temaril-P, Vanectyl-P) 

Astemizole (Hismanal)

These medications are widely used, but they are not as effective as other treatments in providing short- or long-term relief. Though, they may offer some relief when used with other therapies.

3. Anti-inflammatory steroids

Treatment with steroid medications can effectively block the allergic reaction and stop the itch. Your veterinarian may prescribe medications like:

Prednisone

Prednisolone

Dexamethasone

There can be negative side effects associated with steroids. Side effects may be more likely with higher doses or long-term use of these medications.

Some side effects include:

Extreme hunger

Extreme thirst

Weakening of the immune system

Rise in blood sugar

Infections, particularly upper respiratory tract and urinary tract infections

The goal is to use other treatments with steroids to lessen or eliminate the need for steroid medications.

Omega-3 fatty acid supplements can improve the response to steroids in some dogs. In some cases, omega-3 supplements can stop the skin from producing inflammatory chemicals. Supplementing with omega-3s can lower the steroid dose needed to control symptoms.

4. Shampoo therapy

Bathing your dog with a hypoallergenic shampoo can soothe inflamed skin. Bathing and wiping down their coat and skin often also washes out any allergens your dog may pick up. 

Ask your vet for recommendations on which shampoo to buy. Some are available over the counter (OTC) while others require a prescription from your veterinarian. Your vet can also tell you how often to bathe your dog. The recommendations may vary by breed and skin type.

5. Allergy shots 

Allergy Shots — or allergen-specific immunotherapy (ASIT) — can be very effective for dogs with environmental allergies. Allergy shots focus on retraining your dog's immune system. 

This treatment is a good choice for dogs who have not responded well to other therapies. And it tends to work better in younger dogs.

Before beginning this treatment, your dog must be allergy tested by a veterinary dermatologist to find which allergens cause the reaction. Your vet then creates a custom allergy shot for your dog. You or your vet inject your dog with gradually higher doses until you reach a maintenance dose.

Treatment with allergy shots requires a long-term commitment from the owner. Additionally, allergy shots are not a quick fix. Most dogs and pet parents don’t see improvement for 6 months to 1 year.

Is it safe to give a dog Benadryl?

Although Benadryl (diphenhydramine) is not FDA-approved for animal use, it is generally safe to give a dog Benadryl. But, before reaching into your medicine cabinet, talk to your veterinarian about appropriate dosage and possible interactions. 

The dosing between humans and animals is very different. Giving your dog too much Benadryl can hurt them, as with many human medications. And there are certain side effects you should watch for.

Common Benadryl side effects that dogs can experience include:

Drowsiness

Dry mouth

Trouble urinating

Salivating more than usual

Fast heart rate

Rapid breathing

If your dog takes any other medication or has another health condition, Benadryl might not be recommended. Make sure to ask your vet first.

When should you see a vet about dog allergy symptoms?

Generally, you should see your vet if your dog shows any signs of allergies, including:

Appearing itchy

Getting repeated ear infections. 

Having inflamed, red, or irritated skin 

Environmental allergies don’t go away on their own and tend to worsen the longer they are left untreated. The earlier you begin a treatment program, the more likely it is to be successful.

The bottom line

No pet parent likes watching their canine companion suffer. But seasonal allergies don’t just get under our skin. They can get under our dogs’ skin, too! And like humans, dogs can react to seasonal allergens, like plant pollens, molds, mildew, and dust mites.

These allergens enter the dog’s body through the skin. So, while humans have more upper respiratory allergy symptoms, our dogs have more skin inflammation, itching, and scratching.

While there is no cure for seasonal allergies, many treatments are available. And the sooner the problem is addressed, the better the chance of controlling the symptoms. If you suspect your dog may have seasonal allergies, make an appointment with your vet so you can discuss available treatment options.

[salantami]

Yesterday, August 26, was International Dog Day

Toddlers who grow up from two weeks old with dogs . Did you know: From a medical point of view, the immunity level of toddlers is then higher!!

 Recent studies in pediatric health have concluded that children who lived with pets (but especially dogs) during their first year of life actually had a better immune system than those who did not.

Sources:

[vole-mon-amour]

I finally realised that my cat's cough might be asthma. I don't remember why the vet didn't diagnose it for sure, but here we go again with the vet visits.

And I think it's not as severe because he's already been taking meds for his atopy and it kinda works against the cough as well. But I noticed it's kinda getting worse since his surgery, so 😬

Deep sigh.

(Baby, you're my son and I'll do as much as I can for you, but that's gonna be once in a lifetime deal. No more pets for me, no matter how much I want them. This kind of heartache is too much for me.)

[icepixie]

Apparently the Greek root of "atopy" (it's nuanced, but aka allergies) is, among other things, "absurdity."

This feels particularly apt as my body tries to kill eeeeeevery bit of pollen within a 60-foot radius.

[bananahkim]

I have so much to draw so I’m making a list here

Okko fanart

Meatcore themed art(featuring a pretty angel and a hot demon)

wholesome hospitalcore art where the kids there actually have a pretty nice time

Julia and Lucius playing games together

Hunter and Darius

Idk?? More Okko fanart??

A 15 page comic about atopy and domestic abuse for my portfolio [discontinued]

[teachingrounds]

Q. Does neutrophilia in a child who wheezes reliably predict the presence or severity or allergic disease?

.

.

.

.

.

A. No, there are many causes of neutrophilia besides atopy: severe asthma +/- exacerbation, after mechanical ventilation, and viral respiratory infections.

Image: segmented neutrophils, Wikimedia

[nursingwriter]

Allergies, Parasites and the Hygiene Hypothesis The objective of this study is to explain the relationship between allergies emergence due to parasites based on the hygiene hypothesis and the current information stating how valid this hypothesis is. Towards this end, this study will conduct a brief but intensive review of literature in this area of inquiry. The work of Liu and Leung (2006) report that the hygiene hypothesis has a long history. Categories of allergy and asthma are stated to include specific categories as follows: (1) infections; (2) microbial components; (3) gastrointestinal colonization; (4) soil microbiota; and (5) forces that reduce microbial burden. (Liu and Leung, 2006, p.1063) Stated as fundamental to the hypothesis is "that the microbial exposure of interest can potentially cause both healthful and harmful outcomes." (Ibid, 2006, p.1063) Reported is that this dual way of viewing this is in defiance of the "simplistic tendency to view the relationship as either one way or the other." (Ibid, 2006, p.1063) Reported as the multidimensional determinants of health or disease outcomes in regards to microbial exposures include the following differentiations; (1) microbes or their components; (2) disease phenotypes; (3) elements of time; (4) dosage and exposure combinations; (5) contributions of genetics; and (6) exposure routes. (Ibid, 2006, p.1064) Maizels (2005) reports that evidence has been increasing that "helminth infections can protect the host against Th2-mediated allergic pathologies, even though helminthes themselves are strong Th2 inducers." (p.656) Allergies are reported as being traditionally held as "Th2-mediated inflammatory diseases, involving in the case of allergic asthma, eositophil infiltration into the airway epithelium, the release of long-lasting inflammatory mediators, the elaboration of goblet cells and their production of secretory mucitis, and incremental tissue damage and remodeling which causes longer-term compromise of airway function." (Ibid, 2005, p.656) Therapies that were based on a switching of the "allergen-specific response towards a Th-1 phenotype have met with some success in murine models, but less so in humans." (Ibid, 2005, p. 656) Interesting is that the Th-1 response can also result in inflammation of the airway. It is the opinion of Maizels that the human and animal data model indicates that Tseg cells "are activated in helminth infection and that cells of a similar phenotype can actively suppress airway allergic inflammation…" (Ibid, 2005, p. 656) The work of Schaub, Lauener, and Mutius (2006) reports that there has been a great deal of attention paid to the "advancement of one field in allergy research that investigates the potential link between exposures to microbial sources and the development of allergic diseases." (Ibid, 2006, p. 969) One example stated is that "urticaria is an easily recognizable skin condition, but the variety of factors eliciting these appearances range from infectious stimuli to allergic mechanisms to neoplastic illnesses." (Ibid, 2006, p.969) Bach (2002) states that it is a paradox that infectious agents "…can also suppress allergic and autoimmune disorders." (p.911) It is reported as reasonable to assume "that not a single cause but many will underlie the clinical manifestation." (Schaub, Lauener, and Mutius, 2006, p.969) It is held that "the increased exposure to viruses in a child's environment might foster a milder form of wheezing by suppressing the atopic component." (Ibid, 2006, p.969) This idea is given further validity by studies that investigated the effect of "day care and rhinitis exposure early in life which all showed a protection against atopy in the exposed children." (Ibid, 200, p.971) The work of Okada, Kuhn, Felett and Bach (2005) reports on the hygiene hypothesis for autoimmune and allergic diseases stating that according to the hygiene hypothesis "the decreasing incidence of infections in western countries and more recently in developing countries is at the origin of the increasing incidence of both autoimmune and allergic diseases." (p.1) The hygiene hypothesis is based upon epidemiological data, particularly migration studies that show that individuals migrating from low-incidence to a high-incidence country acquire immune disorders with a high incidence of the first generation." (Ibid, 2005, p.1) However, there is no causal link demonstrated between infections and immune disorders. (Ibid, 2005, p.1, paraphrased) Reported as well is that there are multiple underlying mechanisms and that these are complex in nature and incident "decreased consumption of homeostatic factors and immunoregulation, involving various regulatory t cell subsets and Toll-like receptor stimulation." (Ibid, 2005, p.1) It is believed that the origination of the mechanism may arise from microbiotia changes caused by changes in lifestyle, most specifically in inflammatory bowel diseases." (Ibid 2005, p.1) The work of Cooper (2009) reports that recent studies have found an association between helminth parasite infections and allergy." (p.29) Reported specifically by Cooper (2009) is that individuals who are exposed to helminth infection "may have allergic inflammatory responses to parasites and parasite antigens. Individuals with limited exposures to helminthes such as expatriates or recent migrants often develop allergic-type clinical manifestations, a probable host response to isolate and kill the parasites." (p.30) While Helminth antigens were found to "stimulate allergic inflammatory responses directed against the parasite in the human host and this inflammation may be actively suppressed during chronic infection. A distinct question is whether helminth infection may also modulate allergic inflammatory responses directed against nonparasite allergens such aeroallergens and affect allergic sensitization and the expression of allergic diseases." (Cooper, 2009, p.30) The work of Elston (2006) reports that the "prevalence of asthma is highest among children living on farms that raise swine and those that add antibiotics to animal feed. Similarly, a questionnaire-based study in Hanoi, Vietnam, found a positive relationship between allergic conditions and pig ownership." (p.172) Elston (2006) additionally reports "Helminths, unlike most bacteria and viruses, selectively stimulate Th2 function and are among the most potent stimulators of mucosal Th2 responses. In general, induction of type 2 cytokine responses imparts resistance to intestinal nematodes, whereas type 1 responses can exacerbate the infection." (p.174) Romagnani (2004) writes that rhinitis, asthma and atopic dermatitis result from systemic inflammatory reaction "triggered by type 2T helper (Th2) cell-mediated immune responses against 'innocuous' antigens or complex genetic and environmental origin" and that various epidemiological studies have indicated that "the increase in the prevalence of allergic disorders that has occurred over the past few decade is attributable to a reduced microbial burden curing childhood as a consequence of Westernized lifestyle (the 'hygiene hypothesis'). However, the mechanisms by which the reduced exposure of children to pathogenic and nonpathogenic microbes results in enhanced responses of Th2cells are still controversial." (Ibid, 2004) Reported as the initial interpretation proposed is a "missing immune deviation of allergen specific responses from a Th2 to a type 1 Th (Th1) profile, as a result of the reduced production of interleukin-12 and interferons by natural immunity cells which are stimulated by bacterial products via their Toll-like receptors." (Ibid, 2004) It is reported that the experimental evidence thus far indicates that both of the mechanisms are likely involved. The work of Ring, Kramer, Schafer and Beherendt reports that factors of modern society arising from the "…physical, chemical, biological or psycho-social environment play a role in the development of allergy. It is crucial to distinguish between causal factors and adjuvant/enhancing factors as well protective inhibitory factors that may be lost." (2001) The evidence presented in this study indicates that the hygiene hypothesis has great support in research findings as causative in allergy infection but that this is likely to be combined with some other explanatory and causative factor. Bibliography Liu AH and Leung, D. (2005) Environmental and occupational respiratory disorders: Renaissance of the hygiene hypothesis. J Allergy Clin Immunol. May 2006.  https://www.paperdue.com/customer/paper/allergies-parasites-and-the-hygiene-hypothesis-109106#:~:text=Logout-,AllergiesParasitesandtheHygieneHypothesis,-Length4pages Maizels, RM (2006) Infections and allergy -- helminths, hygiene and host immune Regulation. Current Opinion in Immunology 2005, 17:656 -- 661. Schaub, B. et al. (2006) Current reviews of allergy and clinical immunology: The many faces of the hygiene hypothesis. J Allergy Clin Immunol. May 2006. Okada, H.; Kuhn, C. Fellet, KH and Bach, JF (2010) The 'hygiene hypothesis' for autoimmune and allergic diseases: an update. Cooper, PJ (2009) Interactions between helminth parasites and allergy. Curr Opin Allergy Clin Immunol 9:29 -- 37 2009. Elston, DM (2006) The hygiene hypothesis and atopy: Bring back the parasites? Am Acad Dermatol 2006;54:172-9. Ring, J. et al. (2001) Why are allergies increasing? Current Opinion in Immunology 2001, 13:701 -- 708. Romagnani, S. (2004) The increased prevalence of allergy and the hygiene hypothesis: missing immune deviation, reduced immune suppression, or both? Immunology 2004 112-352 -- 363 Read the full article

[umykpnd2023]

自己紹介でもしておく？

ブロガーって定期的に自己紹介するんだって

↑

誰情報？笑　そしてブロガー名乗ったことない私

コミュ力高いと思われがちだけど

気ｲ使いなので実は裏でめちゃ疲れています

でも喋るのは好き　なんという矛盾…

そんな私が自己紹介をしてみましょう

1992年11月生まれの今年で31歳

絶賛ダイエット中

最近　村重杏奈さんに喋りも顔も似てると言われます

(村重さん、ファンの方、ごめんなさい

横浜生まれ横浜育ち横浜在住　横浜は庭です

MBTIは

「INFJ（提唱者）」　※世界に1％未満

動物占いは

「波乱に満ちたペガサス」　※動物占いで唯一実在しない動物

要約すると【変わり者】です

年近めの3人姉妹末っ子

現在は

��（今年3５歳）

と

ちょっと重量がある愛犬の

シェットランドシープドック♀（名前はリリー）

と

ちょっとおデブな

キンクマハムスター♀（名前はタンタン）

2人＋１頭＋１匹　建売戸建で暮らしている

DINKs いわゆる「選択子なし夫婦」です

犬は増える予定があります増やしたい　犬大好き　動物大好き

趣味はスノーボードと音楽鑑賞

好きな食べ物は梅干しとフルーツといもくりかぼちゃ

嫌いな食べ物は香草（パクチーや春菊）と生クリーム

アレルギーは花粉全般、ダニ、ホコリ、ハウスダスト、猫、牡蠣やあわび、サザエ

現在の仕事は　在宅パートアルバイトで

新卒採用担当の人事アシスタント

以前は

まつげエクステのおねえさん（アイデザイナー）だったり

シャンプーの営業womanだったり...

仕事はそれなりに頑張っていました　が

どれも続かず生きにくい世の中だと感じました　ﾎﾝﾄﾆ

持病は

・気分変調症

・アトピー性皮膚炎

それらに伴う気管支喘息やら偏頭痛やらの合併症

といっても　普通に生活しているし　普通の人間です

前の職場では「免疫力赤ちゃん」と言われていました　笑

まあ間違ってはいなくて　

学生時代は毎年のようにインフルエンザにかかり

新型コロナにも2回感染しています

これらについてはまた記事にしようﾈ

tumblrを再開した理由は

もっと持病について知ってもらいたいから

日々の出来事や学んだことをアウトプットをしていきたいから

さあ　私はいつまでこれを続けることができるでしょうか

当ててみてね