PICAYUNE, Miss. (WDAM) – At least 14 people died, and dozens of people were hurt after a terrorist attack on Bourbon Street early New Year’s morning. One of the victims has been identified as Pearl River Central High School graduate, 25-year-old Matthew Tenedorio. As we know, the suspect crashed through crowds of people in a truck and then got out and started shooting. Tenedorio was able to dodge the truck, but, unfortunately, he was one of the victims who was hit by gunfire. “My life will never, never ever be the same,” said Matthew Tenedorio’s mother, Cathy. Matthew Tenedorio worked as an audio-visual technician in the Caesars Superdome and the Smoothie King Center. Cathy Tenedorio said her son worked alongside his father. “He was so happy to work there, and you know, a young guy working in NBA and NFL events and concerts and just a wonderful job,” said Cathy Tenedorio. “He just loved, loved his job.” His mom said she saw Matthew Tenedorio hours before the incident, as their family gathered for dinner earlier on New Year’s Eve night. “We had the most wonderful New Year’s Eve before he went into New Orleans on his fateful journey,” said Cathy Tenedorio. “We did fireworks, had a great time, laughing, and then all of a sudden, here he is… and he said, ‘Mom, we’re going into the Quarter.’” As Matthew Tenedorio headed out the door that night, his mom said she warned him to be careful like she always did. But loved ones said Matthew Tenedorio was not afraid to live his life. “And we tried to say, you know, please just stay local,” Cathy Tenedorio said. “‘Don’t go, don’t go in the Quarter tonight. t’s a lot of people there, it’s not safe.’ “But, he didn’t have any fear of anything.” After the New Year’s Day tragedy, Cathy Tenedorio said she knows there are 13 other families feeling the same pain, so, she said she wanted to share a message. “We’re grieving with everyone, with all the other people that lost all their loved ones,” said Cathy Tenedorio. “We’re no different. We’re no better. You know, we just…it’s horrible. “There’s nothing in life that prepares you for that.” Want more WDAM 7 news in your inbox? Click here to subscribe to our newsletter. Copyright 2025 WDAM. All rights reserved.
Trending Babool, also known as Acacia nilotica, is a tree revered for its medicinal properties in traditional and herbal medicine systems. Widely found in India, Africa, and the Middle East, this plant has been used for centuries in Ayurveda and other natural healing systems for its myriad benefits. Let’s explore five scientifically-backed health benefits of babool and how it contributes to overall well-being. Babool is a natural remedy for dental health, with its bark and gum being widely used in toothpaste and mouthwashes. Its antibacterial and astringent properties help prevent tooth decay, fight gum infections, and reduce bad breath. A study published in the Journal of Ethnopharmacology (2015) found that Acacia nilotica extracts significantly reduced plaque formation and bacterial growth, making it an effective agent for maintaining oral hygiene. The bark of the babool tree contains tannins, which strengthen gums and help in the prevention of periodontal diseases. How to Use: Chewing on babool twigs (datun) is a traditional practice in India to clean teeth and maintain oral health. Babool is a powerful remedy for managing gastrointestinal issues. Its high fiber content aids digestion, while its antimicrobial properties help combat harmful bacteria in the gut. Babool gum is also used to manage diarrhea and dysentery effectively. A 2018 study published in the Journal of Medicinal Plants Research highlighted the role of babool in reducing inflammation in the gastrointestinal tract. The flavonoids and polyphenols in babool possess protective properties that soothe the stomach lining and improve digestion. How to Use: Babool powder can be mixed with water or honey and consumed to alleviate digestive discomfort. Also read: Probiotic Rice Kanji: Why Is It The Best Detox For Your Gut Health? Know The Easiest Way To Make It The antibacterial and anti-inflammatory properties of babool make it a natural choice for treating wounds and skin infections. The leaves and bark extracts are commonly used to speed up wound healing, reduce swelling, and prevent infections. A study in the Indian Journal of Pharmaceutical Sciences (2020) found that Acacia nilotica exhibited significant wound-healing activity due to its ability to promote collagen synthesis and tissue regeneration. The high levels of bioactive compounds, such as alkaloids and terpenoids, contribute to its therapeutic effects. How to Use: A paste made from babool bark or leaves can be applied directly to the affected area for faster healing.
4. Manages Blood Sugar Levels
Babool is beneficial for individuals dealing with diabetes. The plant has been found to have hypoglycemic properties, which help regulate blood sugar levels and improve insulin sensitivity. Research published in the Journal of Diabetes & Metabolic Disorders (2017) demonstrated that babool extracts significantly reduced blood glucose levels in diabetic animal models. This makes it a promising natural supplement for diabetes management. How to Use: A decoction of babool bark can be consumed under the guidance of a healthcare professional for better glycemic control. Also read: Can Homemade Juice Cause Blood Sugar Spikes In Diabetic Patients? Find Out Here
5. Boosts Immunity
Babool is packed with antioxidants like flavonoids and polyphenols, which help in neutralizing free radicals in the body. These compounds strengthen the immune system, making the body more resistant to infections and chronic diseases. The antibacterial and antifungal properties of babool also help combat common pathogens, keeping seasonal illnesses at bay. Regular consumption of babool gum or extracts can enhance overall vitality. How to Use: Babool gum can be dissolved in water and consumed to improve immunity.
Safety Precautions and Side Effects
While babool offers numerous health benefits, it’s essential to use it in moderation. Excessive consumption may lead to digestive discomfort or allergic reactions in some individuals. Pregnant and breastfeeding women should consult a healthcare professional before using babool products.
Conclusion
Babool, a powerhouse of medicinal properties, offers a range of health benefits, from improving oral health to managing blood sugar levels. Its traditional uses are now backed by scientific research, making it a valuable addition to modern herbal medicine. Whether you’re seeking a natural remedy for wounds or looking to boost your immunity, babool proves to be a versatile and effective choice. Incorporate babool into your wellness routine today and experience the healing touch of nature!
Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser (or turn off compatibility mode in Internet Explorer). In the meantime, to ensure continued support, we are displaying the site without styles and JavaScript. Advertisement Scientific Reportsvolume 15, Article number: 262 (2025) Cite this article Metrics details To investigate the relationship between the novel acromial angle and rotator cuff tears through imaging studies. We retrospectively selected 148 patients who underwent complete imaging examinations including scapular outlet X-rays and shoulder MRIs from January 2023 to September 2024 at our hospital. Based on whether the subjects had rotator cuff tears, they were divided into an injury group and a normal group, and the differences in the novel acromial angle between the two groups were compared. The novel acromial angle in the normal group was (149.1 ± 5.957)°, while in the injury group, it was (142.3 ± 6.558)°, showing a statistically significant difference between the two groups (P < 0.001). The probability of rotator cuff injury was 79.07% for individuals with a novel acromial angle smaller than the average in the injury group. The novel acromial angle in the injury group was generally smaller than that in the normal group. A novel acromial angle smaller than the average was associated with a higher probability of rotator cuff injury, and smaller angles were more likely to lead to more severe rotator cuff tears. Therefore, the novel acromial angle may serve as a simple and objective method to predict the probability of rotator cuff tears. With the development of modern times, sports have become an indispensable part of people’s lives, and the incidence of shoulder joint pain has increased accordingly. Among the primary causes of shoulder joint pain is rotator cuff injury1. Neer2 suggested that most rotator cuff tears are caused by mechanical impingement between the rotator cuff and the acromion, making the shape of the acromion particularly important. Bigliani et al.3 classified the acromion into three types: flat, curved, and hooked, with the hooked type being the most prone to causing rotator cuff tears. However, in practice, some patients with hooked acromions do not develop rotator cuff tears, while some patients with curved or flat acromions do experience rotator cuff tears (Fig. 1). Therefore, we propose a new acromial angle in this study. By observing and measuring the new acromial angle in both normal individuals and patients with rotator cuff tears, we aim to investigate the potential relationship between them. X-ray of acromion. (a) hooked acromion without rotator cuff tears; (b) curved acromion with rotator cuff tears. This was a retrospective cohort study. We retrospectively selected complete imaging data from 148 individuals who underwent scapular outlet view X-rays and shoulder MRIs in our hospital between January 2023 and September 2024. The inclusion criteria for the subjects were as follows: (1) no infectious diseases in the shoulder joint; (2) no neoplastic diseases in the shoulder joint; (3) no traumatic diseases in the shoulder joint; (4) no congenital deformities of the shoulder joint; (5) no history of shoulder joint surgery. The study included 148 cases, with the normal group comprising 38 males and 32 females, with a mean age of 58.97 ± 16.04 years, and the injury group comprising 41 males and 37 females, with a mean age of 58.06 ± 12.06 years. The method for measuring the new acromial angle (Fig. 2): On the scapular outlet view X-ray, select the anterior and posterior edges of the base of the acromion as points A and B, respectively. Then, mark point C as the point located at the anterior third of line AB. From point C, draw a perpendicular line to AB, intersecting the base of the acromion at point D. Connect points A and D, as well as points B and D. The angle ADB is defined as the new acromial angle. All measurement data were blindly assessed by two radiologists who were unaware of the research purpose. Both radiologists have been practicing in the field for over 10 years. The measurement results they obtained differed by no more than 5°, and there was no significant difference between their data (P > 0.05) (Fig. 3 and Table 1). The average of the measurements from the two observers was calculated to minimize inter-observer variability. Measurement of the new acromial angle. A: Anterior edge of the base of the acromion; B: Posterior edge of the base of the acromion; C: One-third point along the AB line from the front; D: A point at the base of the acromion, connected to C and perpendicular to AB. Comparison of new acromial angle measurements by different observers. All methods were performed in accordance with the relevant guidelines and regulations. The study protocol was approved and a waiver to obtain informed consent from study participants was obtained by the Ethics Committee of Yueqing Hospital Affiliated to Wenzhou Medical University. Data were statistically analyzed using SPSS 25.0 software. Measurement data that followed a normal distribution were expressed as mean ± standard deviation (x̅ ± s). A two-sample independent t-test was used for group comparisons, with a significance level set at two-sided α = 0.05. In this study, the basic information of subjects in the normal group and the injury group is shown in (Table 2). The comparisons were made and the differences were not statistically significant (P > 0.05). There were 70 subjects in the normal group and 78 subjects in the injury group. The mean new acromial angle in the normal group was 149.1 ± 5.96°, while it was 142.3 ± 6.56° in the injury group. The difference between the two groups was statistically significant (P < 0.001) (Table 3 and Fig. 4). Since both groups’ data followed a normal distribution, we chose the mean value of the new acromial angle in the injury group as a standard for comparison. For those with a new acromial angle below this mean (Fig. 5), there were 9 cases in the normal group and 34 cases in the injury group, making a total of 43 cases, with the injury cases accounting for 79.07%. When the angle of the acromion is lower, hooked and curved acromions are more prevalent. For those with a new acromial angle above this mean (Fig. 6), there were 61 cases in the normal group and 44 cases in the injury group, making a total of 105 cases, with the injury cases accounting for 41.90% (Table 4). The angle of the acromion is higher, and its shape tends to be flatter. In the injury group, there were 71 cases with supraspinatus muscle injury, 1 case with infraspinatus muscle injury, 8 cases with subscapularis muscle injury, 20 cases with biceps tendon injury, and 26 cases with biceps tendon effusion. Among them, 16 cases had both supraspinatus muscle injury and biceps tendon injury, and 26 cases had both supraspinatus muscle injury and biceps tendon effusion. Based on these findings, we aimed to further explore the significance of the new acromial angle size in predicting rotator cuff tears within the population. We selected the average value of the new acromial angle among all study subjects as a standard to investigate the relationship between the size of the acromial angle and rotator cuff tears (Fig. 7). Among patients with partial-thickness supraspinatus tendon tears, 17 had a new acromial angle smaller than the population average, and 13 had an angle larger than the average. In patients with full-thickness supraspinatus tendon tears, 28 had a new acromial angle smaller than the population average, and 13 had an angle larger than the average. Among patients with supraspinatus muscle injury combined with biceps tendon injury, 11 had a new acromial angle smaller than the population average, and 5 had an angle larger than the average. Difference in novel acromial angle between the normal group and the rotator cuff tears group. New acromial angle below the average. A: Anterior edge of the base of the acromion; B: Posterior edge of the base of the acromion; D: A point at the base of the acromion. New acromial angle below the average. A: Anterior edge of the base of the acromion; B: Posterior edge of the base of the acromion; D: A point at the base of the acromion. Distribution in new acromial angles between the two groups. Partial: partial injury of the supraspinatus muscle; Total: total injury of the supraspinatus muscle; Combine: Supraspinatus muscle injury combined with injury to other muscles. The rotator cuff is a complex of tendons that originate from the scapula and insert at the upper end of the humerus. It includes the supraspinatus, infraspinatus, teres minor, and subscapularis muscles. These four muscles stabilize the humeral head within the glenoid cavity, playing an essential role in maintaining shoulder joint stability. Rotator cuff tears refer to the damage to any of these four muscles. The incidence of rotator cuff tears has been steadily increasing. Clinically, rotator cuff tears can be classified into the following three types: Type 1: Partial rotator cuff tears. Type 2: Small to medium full-thickness tears, with tear diameters (either anteroposterior or mediolateral) ranging from 1 to 3 cm. Type 3: Large and massive tears, where large tears have diameters of 3 to 5 cm, and massive tears exceed 5 cm4.With advances in healthcare and food availability, the average human lifespan is increasing. Maman et al.5 conducted a retrospective study on 54 patients with rotator cuff tears and found that age over 60 is a risk factor for the worsening of rotator cuff tears. This finding aligns with the research by Lu Yi et al.6, who discovered that the dominant shoulder exhibits a higher incidence across all types of rotator cuff tears, with rates of 64.7, 63.0, and 70.3%, respectively. This may be due to the fact that the dominant upper limb is not only used in daily activities but also engaged more intensively during sports. However, some researchers believe that most rotator cuff tears are caused by mechanical impingement between the rotator cuff and the acromion2, making the shape of the acromion particularly important. Bigliani et al.3 classified acromion shapes into three types: flat, curved, and hooked, with the hooked type being the most prone to causing rotator cuff tears. However, some studies have shown that there is no correlation between acromion morphology and rotator cuff injury7,8,9,10. Because Bigliani et al. provided only a simple description of acromion morphology without objective standards, which led to different interpretations of acromion types by different researchers. Moreover, some scholars believe that an excessively hooked acromion with a slope greater than 43° is associated with rotator cuff injury11. This further confirms the relationship between rotator cuff injury and acromion types. Therefore, this study aimed to further objectify acromion morphology. The new acromial angle proposed in this article is determined by the acromial position corresponding to the first third of the line connecting the anterior and posterior edges of the acromial base. This position is chosen because Snyder’s research12,13 suggests that the acromial morphology should be classified based on the thickness at the junction of the anterior and middle thirds of the acromion. This method can help guide acromioplasty, as the main area targeted in acromioplasty is the anterior third of the acromion. There are already some traditional classification methods for the acromion. In 1986, Bigliani et al.14 proposed three types of acromial classification: type I (flat), type II (curved), and type III (hooked). However, this classification is based solely on the description of the acromial shape without using objective data standards. As a result, studies have found varying proportions for these three types of acromions15,16. Clinically, patients with a hooked acromion are not uncommon, but some may have a larger subacromial space without causing rotator cuff injury, and the overall curvature may be relatively flat, yet they are classified as having a hooked acromion due to its shape alone. In this study, we propose a new acromial angle that not only provides a quantitative standard but also has higher sensitivity than the traditional classifications mentioned above. Park et al.17 proposed another method to differentiate between type II and type III acromions, which has higher repeatability and reliability compared to that of Bigliani et al. However, some type II acromions can still lead to acromial impingement syndrome and rotator cuff tears. This standard does not clearly specify which type II and type III acromions can result in acromial impingement syndrome and rotator cuff tears. The Park criteria take into account the position of the humeral head, suggesting that the upward migration of the humeral head can cause changes in the acromion morphology, making impingement syndrome and rotator cuff tears more likely. However, in the same patient, if the humeral head dislocates forward, a type II acromion according to the Park criteria might be classified as a type III acromion. The newly proposed acromial angle in this study can be more objective and quantifiable. Aragão et al.15 conducted a study on 90 scapular specimens and found a correlation between acromial curvature, subacromial space, and acromial types, but the method they used was more complex, and clinical imaging may not always provide the necessary reference points. In contrast, the new acromial angle proposed in this study is simpler, easier to operate, and easier to locate. Through imaging studies, Balke et al.11 found that a slope angle of the acromion greater than 43° is associated with an increased risk of rotator cuff injury. Caffard et al.18 conducted a retrospective study on 92 patients with supraspinatus injuries and found that a high preoperative acromial slope angle was associated with postoperative re-tears of the supraspinatus tendon. These findings support the significance of the acromial slope angle. However, the acromial slope angle is measured by connecting the anterior and posterior edges of the acromial base to the center point, which to some extent ignores the acromial morphology, and the area with the most significant acromial shape variation is the anterior third. The new acromial angle proposed in this study focuses on the anterior third of the acromion. In this study, the average value of the new acromial angle in the normal group was (149.1 ± 5.96)°, while in the injury group it was (142.3 ± 6.56)°. The acromial angle in the injury group was generally smaller than that in the normal group, and the difference was statistically significant (P < 0.001). Among the study subjects with an acromial angle smaller than 142.3°, 9 were in the normal group and 34 in the injury group, totaling 43 subjects, with the injury group accounting for 79.07% of the cases. Additionally, the curvature of the entire acromion is relatively large, with more hooked and curved acromions. In comparison, Bigliani et al.14 found that among 140 anatomical specimens, 73% of those with rotator cuff tears had a type III acromion. The injury ratio in this study was higher, indicating that the new acromial angle could serve as an indicator for predicting rotator cuff tears. Some subjects had an acromial angle smaller than the average but did not have rotator cuff tears, possibly due to their younger age. Fallahpour et al.19 believe that there is a correlation between age and rotator cuff tears. This may be because aging leads to degenerative changes in the rotator cuff, making tendons more prone to tearing. Additionally, with age, the occurrence of acromial bone spurs also increases the incidence of rotator cuff tears. In this study, some of the subjects with smaller new acromion angles exhibited rotator cuff tears. They may develop rotator cuff tears in the future, requiring long-term follow-up studies. Moor et al.20 believe that a critical shoulder angle (CSA) greater than 35° is likely to result in rotator cuff tears. This may be because as the CSA angle increases, the upward force vector of the deltoid muscle on the humeral head increases during shoulder abduction. To maintain the stability of the shoulder joint, the supraspinatus muscle needs to exert more pressure. If the supraspinatus muscle is consistently under excessive load, it becomes weaker and more prone to rotator cuff tears. A tear in the supraspinatus muscle causes the humeral head to move upwards, increasing the likelihood of impingement with the acromion, thereby altering the acromion’s shape. There has been no definitive conclusion on whether changes in acromion shape or rotator cuff tears occur first, but they inherently influence each other. The study in this paper on the influence of acromion shape on rotator cuff tears may have limitations, yet the impact of acromion shape on such injuries cannot be denied. In this study, there were 71 cases of supraspinatus injuries, of which 16 were accompanied by long head biceps tendon injuries. This could be because the function and stability of the long head biceps tendon depend on the pulley structure within the rotator interval. This structure is formed by the interweaving muscle fibers of the lower margin of the supraspinatus and the upper margin of the subscapularis, along with the coracohumeral ligament and the superior glenohumeral ligament, which together stabilize the long head biceps tendon21. During activity, the stability of the shoulder joint largely relies on surrounding soft tissue structures, which is why rotator cuff tears often lead to long head biceps tendon damage. Reducing the occurrence of rotator cuff tears can help protect the long head biceps tendon to some extent. Additionally, we found that the new acromial angle may be related to the severity of rotator cuff tears. In patients with full-thickness supraspinatus tears or those with supraspinatus tears combined with long head biceps injuries, the proportion of those with a new acromial angle smaller than the average was significantly higher than those with an angle larger than the average. This suggests that a smaller new acromial angle is more likely to lead to more severe rotator cuff tears. In this study, the new acromial angle in the injury group was generally smaller than that in the normal group, with a probability of 79.07% for rotator cuff tears in those with a new acromial angle smaller than the average. Moreover, smaller acromial angles were associated with more severe rotator cuff tears. Therefore, by measuring the new acromial angle, it is possible to easily and objectively assess the likelihood of rotator cuff tears. Early intervention for individuals with a high probability could help reduce the occurrence of such injuries. However, there are some limitations to this study. First, the sample size is insufficient, and more measurement data are needed to further analyze the effectiveness of the new acromial angle. Additionally, despite the involvement of two observers during the measurement process, measurement errors could not be completely avoided. Additionally, some subjects with smaller acromial angles did not develop rotator cuff tears, but they may do so over time with continued shoulder use and wear. Finally, rotator cuff tears may also affect acromion morphology, and the study subjects could not distinguish whether a smaller new acromion angle or rotator cuff injury occurred first. Follow-up is needed for patients with a smaller new acromion angle. In summary, this study indicates a correlation between the new acromial angle and the occurrence of rotator cuff tears. Raw data is provided within the supplementary information files. Greenberg, D. L. Evaluation and treatment of shoulder pain. Med. Clin. N. Am.98 (3), 487–504 (2014). ArticlePubMedMATH Google Scholar Neer, C. S. Anterior acromioplasty for the chronic impingement syndrome in the shoulder: a preliminary report. J. Bone Joint Surg. Am.54 (1), 41–50 (1972). ArticlePubMedMATH Google Scholar Bigliani, L. U., Ticker, J. B., Flatow, E. L., Soslowsky, L. J. & Mow, V. C. 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Article Google Scholar Download references Thank you for helping us refine the content of our article. The Technical Check of your journal requests that we provide the full name of the Institutional Review Board. We hereby respond: our review was conducted through Ethics Committee of Yueqing Hospital of Wenzhou Medical University. Additionally, we have added the full name of this board in the Statement paragraph of the Materials and Methods section of the manuscript. Zhipeng Hou and Jiabao Dong contributed equally to this work. Department of Orthopaedics, Affiliated Yueqing Hospital of Wenzhou Medical University, No.338 Qingyuan Road, Chengnan Street, Wenzhou, 325000, China Zhipeng Hou, Wenzhao Shang, Quqiao Wan & Haoxin Huang Department of Orthopaedics, Huzhou Central Hospital, Fifth School of Clinical Medicine of Zhejiang Chinese Medical University, 1558 North Sanhuan Road, Wuxing District, Huzhou, 313000, China Jiabao Dong You can also search for this author in PubMedGoogle Scholar You can also search for this author in PubMedGoogle Scholar You can also search for this author in PubMedGoogle Scholar You can also search for this author in PubMedGoogle Scholar You can also search for this author in PubMedGoogle Scholar Zhipeng Hou wrote the main manuscript text and Jiabao Dong prepared Figs. 1–7. Haoxin Huang and Quqiao Wan prepared Tables 1–3. Wenzhao Shang helped collect data. All authors read and approved the final manuscript. We certify that the submission is original work and the content is not submitted to or under review by any other journals. All contents in the manuscript have never been published before. And we have not had any prior discussions with a Scientific Reports Editorial Board Member about the work described in our manuscript. Correspondence to Quqiao Wan or Haoxin Huang. The authors declare no competing interests. Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations. Open Access This article is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License, which permits any non-commercial use, sharing, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if you modified the licensed material. You do not have permission under this licence to share adapted material derived from this article or parts of it. The images or other third party material in this article are included in the article’s Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article’s Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit http://creativecommons.org/licenses/by-nc-nd/4.0/. Reprints and permissions Hou, Z., Dong, J., Shang, W. et al. A radiological study on the relationship between the novel acromial angle and rotator cuff tears. 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General Assignment/Local Government Reporter Turpin Ron Turpin says he’s ready to pick up the mantle left by his predecessor as he begins his tenure as an Allen County commissioner. A 30-year businessman and former East Allen County Schools board member, Turpin began his first term in the county government’s legislative and executive branches Wednesday after Nelson Peters’ retirement as a commissioner. “I’m not going to be filling Nelson’s shoes,” Turpin said. “It’s impossible to replicate someone else. I’m not Nelson. I have different strengths. I have different weaknesses. What I can do is pick up the baton where he left it and continue the race.” Turpin, who was scheduled to participate today in his first commissioners meeting, said he wants to take what Peters has done “to the next mile.” “I have a different skill set than Nelson has,” Turpin said. “I have a different background than Nelson has. So, how do I take that background and continue the work that he did to make Allen County the best it possibly can be?” In his 40 years as a commissioner, Peters was a leader in working to ensure all county residents have access to reliable internet service. Before his retirement, Peters said there is more work to be done. Turpin said he has unreliable internet service at home and looks forward to continuing that work. “Our internet is terrible,” Turpin said. “We cannot have that in the 21st century. Internet is a utility just like electricity or gas or water. For us to have a growing thriving community, we have to have reliable internet throughout the entire county. So, that is a priority to me.” Turpin said small subdivisions are dealing with unreliable internet, not just rural neighborhoods with miles between houses. “We will not attract talent,” Turpin said. “We will not keep people here under that scenario.” The commissioners approve legislation, various county projects and funding up to a certain point. The Allen County Council is the fiscal body of the county government, and it controls the budget and county tax rates. Turpin, who faced Allen County Councilman Tom Harris in the primary, ran on a promise to make sure the Allen County government would get the best use of taxpayer dollars for the roughly $300 million jail project, the county’s solution to a federal court order to address unconstitutional conditions at the current correctional facility. Turpin said that means finding ways to keep people out of jail. “We’ll build that jail,” Turpin said. “I’ve told the sheriff I would love for his confinement officers to be bored because they don’t have anything to do because the jail is empty. Is it possible? I think it is.” Peters’ now former colleagues had advice for Turpin as he begins his tenure as commissioner. Commissioner Therese Brown, now in her 15th year, is encouraging Turpin to ask questions early and often. “Understand you’re not a candidate anymore,” Brown said. “You’re now an elected official. I’ve seen newly elected officials be shocked by the administrative responsibilities we have. It takes time to understand everything. As my mother always told me, Rome was not built in a day. It comes down to you being honest and straightforward and doing what’s right for the community.” Chris Cloud, the Allen County commissioners’ chief of staff for 17 years, said he hopes Turpin will quickly learn how to work with the other commissioners. “The challenge with any three people who share the same job title is finding out how they work best together,” Cloud said. “So, for us to be able to continue to do the good work that Nelson has been integral in, the things that we’ve got going on right now, it’s always imperative that the three commissioners figure out how they work best.” Commissioner Rich Beck, now in his seventh year, said Turpin will need to get used to the pace of government compared to the private sector. “I think he’s got to be a good listener and pay attention and just take things in stride,” Beck said. “I came out of the private sector. Government’s not the private sector. Things don’t move quickly here. They take their time, and that’s a frustration that I experienced. That’s a frustration he’s going to experience.” Peters said he believes work has been done for Turpin to transition to the role seamlessly – assuming he and the rest of the county government work together. “The foundation’s been built,” Peters said. “I think it’s all about collaboration. A community that collaborates is going to be a successful community.” tsandleben@jg.net Turpin Age: 53 Home: Unincorporated Allen County Occupation: Tax lawyer and certified public accountant Political experience: East Allen County Schools board member for four years after he was elected in 2020; unsuccessfully ran in the 2022 Republican primary for the District 14 state Senate seat now held by Tyler Johnson Two newly elected officials have been working for weeks despite their terms not starting until next week, they said after swearing into office… General Assignment/Local Government Reporter {{description}} Email notifications are only sent once a day, and only if there are new matching items. Your browser is out of date and potentially vulnerable to security risks. We recommend switching to one of the following browsers:
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