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Table 3 Comparison of the average concentration of microelements in deer bone marrow and bones

From: Comparison of the accumulation of macro- and microelements in the bone marrow and bone of wild and farmed red deer (Cervus elaphus)

Wild and farm deer

Bone [mg/kg]

Ca

P

Mg

K

Na

Li

Cr

Mn

Co

Cu

Zn

Se

Mo

Bone marrow [mg/kg]

Ca

R = -0.289

p = 0.296

R = -0.257

p = 0.354

R = -0.304

p = 0.271

R = -0.339

p = 0.216

R = -0.221

p = 0.427

R = -0.332

p = 0.226

R = -0.136

p = 0.629

R = -0.350

p = 0.201

R = -0.539

p = 0.038*

R = 0.264

p = 0.341

R = -0.603

p = 0.017*

R = 0.257

p = 0.354

R = 0.150

p = 0.593

P

R = -0.336

p = 0.221

R = -0.436

P = 0.104

R = -0.328

p = 0.232

R = -0.378

p = 0.232

R = -0.257

p = 0.354

R = -0.425

p = 0.114

R = 0.021

p = 0.939

R = -0.164

p = 0.558

R = -0.311

p = 0.259

R = 0.396

p = 0.143

R = -0.471

p = 0.076

R = 0.367

p = 0.177

R = 0.289

p = 0.295

Mg

R = -0.296

p = 0.283

R = -0.411

p = 0.128

R = -0.253

p = 0.362

R = -0.293

p = 0.289

R = -0.214

p = 0.443

R = -0.346

p = 0.206

R = 0.050

p = 0.859

R = -0.118

p = 0.676

R = -0.164

p = 0.558

R = 0.361

p = 0.187

R = -0.275

p = 0.321

R = 0.328

p = 0.232

R = 0.250

p = 0.369

K

R = -0.518

p = 0.048*

R = -0.589

p = 0.021*

R = -0.454

p = 0.089

R = -0.378

p = 0.164

R = -0.564

p = 0.028*

R = -0.514

p = 0.049*

R = 0.318

p = 0.248

R = -0.303

p = 0.271

R = 0.057

p = 0.839

R = 0.321

p = 0.243

R = -0.161

p = 0.0567

R = 0.250

p = 0.368

R = 0.407

p = 0.132

Na

R = -0.721

p = 0.002*

R = -0.789

p < 0.001*

R = -0.657

p = 0.007*

R = -0.428

p = 0.111

R = -0.739

p = 0.001*

R = -0.704

p = 0.003*

R = 0.567

p = 0.027*

R = 0.457

p = 0.087

R = 0.025

p = 0.929

R = 0.596

p = 0.019*

R = -0.121

p = 0.666

R = 0.521

p = 0.046*

R = 0.614

p = 0.015*

Cr

R = -0.254

p = 0.361

R = -0.391

p = 0.149

R = -0.127

p = 0.652

R = 0.025

p = 0.929

R = -0.268

p = 0.334

r = −0.200

p = 0.474

R = 0.302

p = 0.273

R = 0.230

p = 0.408

R = 0.455

p = 0.087

R = 0.262

p = 0.344

r = 0.278

p = 0.315

R = 0.189

p = 0.498

R = 0.314

p = 0.253

Mn

R = -0.334

p = 0.223

R = -0.334

p = 0.223

R = -0.338

p = 0.217

R = -0.360

p = 0.187

R = -0.287

p = 0.299

R = -0.360

p = 0.187

R = 0.345

p = 0.207

R = 0.094

p = 0.737

R = 0.061

p = 0.826

R = 0.469

p = 0.077

r = −0.129

p = 0.644

R = 0.370

p = 0.173

R = 0.636

p = 0.010*

Cu

R = -0.361

p = 0.187

R = -0.228

p = 0.412

R = -0.121

p = 0.666

R = 0.025

p = 0.929

R = -0.311

p = 0.259

R = -0.057

p = 0.839

R = 0.203

p = 0.466

R = 0.050

p = 0.859

R = 0.171

p = 0.541

R = 0.228

p = 0.412

r = 0.395

p = 0.144

R = 0.182

p = 0.515

R = 0.175

p = 0.532

Zn

R = -0.143

p = 0.612

R = -0.289

p = 0.295

R = -0.036

p = 0.899

R = -0.146

p = 0.603

R = -0.064

p = 0.819

R = -0.157

p = 0.575

R = 0.175

p = 0.532

R = 0.003

p = 0.989

R = 0.107

p = 0.703

R = 0.300

p = 0.277

r = −0.040

p = 0.887

R = 0.250

p = 0.368

R = 0.303

p = 0.271

Se

R = -0.746

p = 0.001*

R = -0.611

p = 0.015*

R = -0.643

p = 0.009*

R = -0.382

p = 0.159

R = -0.721

p = 0.002*

R = -0.553

p = 0.032*

R = 0.596

p = 0.018*

R = 0.303

p = 0.271

R = -0.071

p = 0.800

R = 0.667

p = 0.006*

r = 0.282

p = 0.307

R = 0.700

p = 0.003*

R = 0.596

p = 0.018*

Mo

R = -0.404

p = 0.135

R = -0.408

p = 0.131

R = -0.312

p = 0.256

R = -0.227

p = 0.415

R = -0.403

p = 0.135

R = -0.304

p = 0.778

R = 0.063

p = 0.891

R = -0.023

p = 0.942

R = -0.059

p = 0.510

R = 0.257

p = 0.994

r = 0.451

p = 0.091

R = 0.284

p = 0.880

R = 0.170

p = 0.958

Sn

r = −0.558

p = 0.031

r = −0.433

p = 0.107

r = −0.362

p = 0.184

r = − 0.169

p = 0.547

r = − 0.582

p = 0.023

r = − 0.300

p = 0.276

r = 0.004

p = 0.988

r = − 0.024

p = 0.930

r = − 0.124

p = 0.658

r = 0.163

p = 0.561

r = − 0.182

p = 0.515

r = 0.412

p = 0.127

r = − 0.046

p = 0.868

  1. r- Pearson r correlations, R- Spearman rank-order correlations, * statistically significant values at p < 0.05